{"generated_at":"2026-10-10T15:25:17Z","total":614,"page":0,"pages":7,"page_size":100,"next":"/api/catalog?topic=torque-calibration&page=1","documents":[{"id":"pmc-13517094","title":"Study on the Influence of Rotation Axis Misalignment of the Exoskeleton Knee Joint on Human Knee Joint Torque.","year":2026,"authors":["Jiang C","Guan X","Wang Z"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s26165119","source":"europepmc","topics":["torque-calibration"],"keywords":["Assistance Efficiency","Exoskeleton Joint Misalignment","Human Knee Joint Moments","Human-exoskeleton Coupling Simulation","Human-exoskeleton Interaction Forces"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-13517094","fulltext_endpoint":"/api/document/pmc-13517094/fulltext","references_endpoint":"/api/document/pmc-13517094/references"},{"id":"pmc-13474191","title":"Performance Estimation and Ex Vivo Validation of Untethered Magnetic Robots in Soft Tissue.","year":2026,"authors":["Ligtenberg LW","van der Burg TJ","Kolkman SY"],"author_count":20,"journal":"Advanced science (Weinheim, Baden-Wurttemberg, Germany)","doi":"10.1002/advs.77011","source":"europepmc","topics":["torque-calibration"],"keywords":["Brain tissue","Viscoelasticity","Magnetic Robots","Step‐out Frequency"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-13474191","fulltext_endpoint":"/api/document/pmc-13474191/fulltext","references_endpoint":"/api/document/pmc-13474191/references"},{"id":"pmc-13030617","title":"A Temperature Compensation Method for the Bit Parameter Recorder in High-Temperature Deep Wells Based on Thermo-Mechanical Coupling.","year":2026,"authors":["Zhang H","Yi Z","Li Z"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s26061884","source":"europepmc","topics":["torque-calibration","pressure-calibration","temperature-calibration"],"keywords":["Temperature Compensation","Thermo-mechanical Coupling","High-Temperature Deep Wells","Measurement While Drilling"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-13030617","fulltext_endpoint":"/api/document/pmc-13030617/fulltext","references_endpoint":"/api/document/pmc-13030617/references"},{"id":"pmc-13567928","title":"Pose Compensation Method for Robotic Manipulators Based on Transformer.","year":2026,"authors":["Ji Q","Li Y","Liu Y"],"author_count":7,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s26175402","source":"europepmc","topics":["torque-calibration"],"keywords":["Industrial Robot","Robotic Arm","Transformer","Pose Error Compensation"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-13567928","fulltext_endpoint":"/api/document/pmc-13567928/fulltext","references_endpoint":"/api/document/pmc-13567928/references"},{"id":"pmc-12916054","title":"Repeatability and reproducibility of a new classification for measuring primary stability of dental implants based on progressive insertion torque value: An analytical observational study.","year":2025,"authors":["Rosas-Díaz J","Córdova-Limaylla N","Guerrero ME"],"author_count":6,"journal":"Journal of clinical and experimental dentistry","doi":"10.4317/jced.63321","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-12916054","fulltext_endpoint":"/api/document/pmc-12916054/fulltext","references_endpoint":"/api/document/pmc-12916054/references"},{"id":"pmc-12864896","title":"An optically driven microstructure for torque measurement in rotary molecular motors.","year":2026,"authors":["Donini G","Bianchi S","Pellicciotta N"],"author_count":7,"journal":"Microsystems & nanoengineering","doi":"10.1038/s41378-026-01185-5","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-12864896","fulltext_endpoint":"/api/document/pmc-12864896/fulltext","references_endpoint":"/api/document/pmc-12864896/references"},{"id":"pmc-12738565","title":"Multimodal inverse kinematics significantly improves IMU-based biomechanical analyses.","year":2025,"authors":["Wechsler I","Shanbhag J","Schlechtweg N"],"author_count":7,"journal":"Scientific reports","doi":"10.1038/s41598-025-33021-7","source":"europepmc","topics":["torque-calibration"],"keywords":["Inverse Kinematics","Tracking Methods","Biomechanical Modeling And Simulation","Multimodal Motion Data"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-12738565","fulltext_endpoint":"/api/document/pmc-12738565/fulltext","references_endpoint":"/api/document/pmc-12738565/references"},{"id":"pmc-12072432","title":"Study on the High-Speed Penetration and Shear Failure Mechanism of Beach Sand.","year":2025,"authors":["Zhu J","Li J","Kong Y"],"author_count":6,"journal":"Materials (Basel, Switzerland)","doi":"10.3390/ma18091922","source":"europepmc","topics":["torque-calibration"],"keywords":["High Speed","Beach Sand","Failure Mechanism"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-12072432","fulltext_endpoint":"/api/document/pmc-12072432/fulltext","references_endpoint":"/api/document/pmc-12072432/references"},{"id":"pmc-12307746","title":"Slow dynamics of human balance control.","year":2025,"authors":["Missen KJ","Carpenter MG","Assländer L"],"author_count":3,"journal":"Scientific reports","doi":"10.1038/s41598-025-09392-2","source":"europepmc","topics":["torque-calibration"],"keywords":["Postural control","Self-calibration","Torque Feedback","Sensory Integration","Balance Control Model"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-12307746","fulltext_endpoint":"/api/document/pmc-12307746/fulltext","references_endpoint":"/api/document/pmc-12307746/references"},{"id":"pmc-11856041","title":"Retrospective Analysis of Dental Implant Stability in Relation to Mandibular Bone Density and Cortical Thickness in Osteopenic and Osteoporotic Patients.","year":2025,"authors":["Probst M","Probst F","Tröltzsch M"],"author_count":8,"journal":"Journal of clinical medicine","doi":"10.3390/jcm14041339","source":"europepmc","topics":["torque-calibration"],"keywords":["Osteoporosis","bone mineral density","Dental Implants","Cone beam computed tomography","Dual-energy X-ray Absorptiometry","Mandibular Bone Density"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-11856041","fulltext_endpoint":"/api/document/pmc-11856041/fulltext","references_endpoint":"/api/document/pmc-11856041/references"},{"id":"pmc-11819962","title":"Design Analysis and Isotropic Optimization for Miniature Capacitive Force/Torque Sensor.","year":2025,"authors":["Lee SY","Sim JY","Kim YB"],"author_count":6,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s25030940","source":"europepmc","topics":["torque-calibration"],"keywords":["Capacitive Sensor","Robotic Sensing","Optimal Design And Analysis","Six-axis F/t Sensor"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-11819962","fulltext_endpoint":"/api/document/pmc-11819962/fulltext","references_endpoint":"/api/document/pmc-11819962/references"},{"id":"pmc-12416651","title":"Multi-objective optimizing spring placement and stiffness in slider-crank mechanisms for enhanced dynamic parameters.","year":2025,"authors":["Dang HM","Phung VB","Nguyen VTT"],"author_count":3,"journal":"PloS one","doi":"10.1371/journal.pone.0331341","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-12416651","fulltext_endpoint":"/api/document/pmc-12416651/fulltext","references_endpoint":"/api/document/pmc-12416651/references"},{"id":"pmc-11085676","title":"Signal Processing Using a Circular Sensor Array to Measure the Torsional Angle of a Bolted Joint.","year":2024,"authors":["Schüthe T","Riemschneider KR","Meyer-Eschenbach A"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s24092719","source":"europepmc","topics":["torque-calibration"],"keywords":["Gaussian Process Regression","Circular Sensor Array","Bolt Preload Monitoring","Torsion Measurement","Magnetic Angle Measurement","Magnetic Resolver","Bolted Joint Torsional Stress"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-11085676","fulltext_endpoint":"/api/document/pmc-11085676/fulltext","references_endpoint":"/api/document/pmc-11085676/references"},{"id":"pmc-11051486","title":"Research and Optimization of Extrusion Tap Structure Based on Numerical Simulation and Experimental Analysis.","year":2024,"authors":["Tao Y","Wan N","Xu D"],"author_count":4,"journal":"Materials (Basel, Switzerland)","doi":"10.3390/ma17081891","source":"europepmc","topics":["torque-calibration"],"keywords":["Numerical simulation","Parameter optimization","Internal Thread","Extrusion Forming","Tap Structure"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-11051486","fulltext_endpoint":"/api/document/pmc-11051486/fulltext","references_endpoint":"/api/document/pmc-11051486/references"},{"id":"pmc-11278574","title":"Design and Research of a Strain Elastic Element with a Double-Layer Cross Floating Beam for Strain Gauge Wireless Rotating Dynamometers.","year":2024,"authors":["Wang Q","Wu W","Zhao Y"],"author_count":6,"journal":"Micromachines","doi":"10.3390/mi15070857","source":"europepmc","topics":["torque-calibration"],"keywords":["Cutting Force","Double-layer Cross Floating Beam","Strain Elastic Element","Strain Gauge Wireless Rotary Dynamometer"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-11278574","fulltext_endpoint":"/api/document/pmc-11278574/fulltext","references_endpoint":"/api/document/pmc-11278574/references"},{"id":"pmc-10918511","title":"An Open-Source 3D-Printed Hindlimb Stabilization Apparatus for Reliable Measurement of Stimulation-Evoked Ankle Flexion in Rat.","year":2024,"authors":["Lam DV","Lindemann M","Yang K"],"author_count":6,"journal":"eNeuro","doi":"10.1523/eneuro.0305-23.2023","source":"europepmc","topics":["torque-calibration"],"keywords":["Electromyography","Peripheral nervous system","Electrodes","Torque","Printing","Three-dimensional","Transducers"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10918511","fulltext_endpoint":"/api/document/pmc-10918511/fulltext","references_endpoint":"/api/document/pmc-10918511/references"},{"id":"pmc-10933736","title":"Optoelectronic Torque Measurement System Based on SAPSO-RBF Algorithm.","year":2024,"authors":["Xia K","Lou Y","Yuan Q"],"author_count":6,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s24051576","source":"europepmc","topics":["torque-calibration"],"keywords":["Sapso-rbf Algorithm","Measurement Of Minute Signals","Photoelectric Torque Measurement","Quadrant Photoelectric Sensor","Torque Calibration"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10933736","fulltext_endpoint":"/api/document/pmc-10933736/fulltext","references_endpoint":"/api/document/pmc-10933736/references"},{"id":"pmc-10819543","title":"Research on Time Series-Based Pipeline Ground Penetrating Radar Calibration Angle Prediction Algorithm.","year":2024,"authors":["Xu M","Yang F","Fang Y"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s24020379","source":"europepmc","topics":["torque-calibration"],"keywords":["Long Short-term Memory Neural Networks","Deflection Angle Prediction","Intelligent Deflection Correction","Pipeline Penetrating Radar Robot","Underground Space Security"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10819543","fulltext_endpoint":"/api/document/pmc-10819543/fulltext","references_endpoint":"/api/document/pmc-10819543/references"},{"id":"pmc-10584847","title":"Kinematic model calibration of a collaborative redundant robot using a closed kinematic chain.","year":2023,"authors":["Petrič T","Žlajpah L"],"author_count":2,"journal":"Scientific reports","doi":"10.1038/s41598-023-45156-6","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10584847","fulltext_endpoint":"/api/document/pmc-10584847/fulltext","references_endpoint":"/api/document/pmc-10584847/references"},{"id":"pmc-10384790","title":"A Sage-Husa Prediction Algorithm-Based Approach for Correcting the Hall Sensor Position in DC Brushless Motors.","year":2023,"authors":["Wang L","Cheng Y","Yin W"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s23146604","source":"europepmc","topics":["torque-calibration"],"keywords":["Deviation Correction","Sage–husa","Binary Hall Sensor","Brushless Dc Motors","Pre-calibration"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10384790","fulltext_endpoint":"/api/document/pmc-10384790/fulltext","references_endpoint":"/api/document/pmc-10384790/references"},{"id":"pmc-10223303","title":"Direct Shear Stress Mapping Using a Gallium Nitride LED-Based Tactile Sensor.","year":2023,"authors":["Dvořák N","Fazeli N","Ku PC"],"author_count":3,"journal":"Micromachines","doi":"10.3390/mi14050916","source":"europepmc","topics":["torque-calibration"],"keywords":["Robotics","Piezoelectric Effect","Slip Detection"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10223303","fulltext_endpoint":"/api/document/pmc-10223303/fulltext","references_endpoint":"/api/document/pmc-10223303/references"},{"id":"pmc-10165736","title":"Applying a muscle fatigue model when optimizing load-sharing between muscles for short-duration high-intensity exercise: A preliminary study.","year":2023,"authors":["Michaud F","Frey-Law LA","Lugrís U"],"author_count":6,"journal":"Frontiers in physiology","doi":"10.3389/fphys.2023.1167748","source":"europepmc","topics":["torque-calibration"],"keywords":["Ergonomics","Muscle Force","Injury Prevention","Sport Performance","Multibody Dynamics","Musculotendon Model","Muscle Fatigue Model","Musculotendon Dynamic"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-10165736","fulltext_endpoint":"/api/document/pmc-10165736/fulltext","references_endpoint":"/api/document/pmc-10165736/references"},{"id":"pmc-9611759","title":"Soft Robots' Dynamic Posture Perception Using Kirigami-Inspired Flexible Sensors with Porous Structures and Long Short-Term Memory (LSTM) Neural Networks.","year":2022,"authors":["Shu J","Wang J","Lau SCY"],"author_count":8,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22207705","source":"europepmc","topics":["torque-calibration"],"keywords":["Soft Robotics","Deep Learning","Flexible Sensors","Long Short-term Memory Neural Network","Flexible Porous Structures","Kirigami-inspired Structures"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-9611759","fulltext_endpoint":"/api/document/pmc-9611759/fulltext","references_endpoint":"/api/document/pmc-9611759/references"},{"id":"pmc-9670902","title":"Application of the Gaussian Process Regression Method Based on a Combined Kernel Function in Engine Performance Prediction.","year":2022,"authors":["Shi X","Jiang D","Qian W"],"author_count":4,"journal":"ACS omega","doi":"10.1021/acsomega.2c05952","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-9670902","fulltext_endpoint":"/api/document/pmc-9670902/fulltext","references_endpoint":"/api/document/pmc-9670902/references"},{"id":"pmc-9571206","title":"Design and Shape Optimization of Strain Gauge Load Cell for Axial Force Measurement for Test Benches.","year":2022,"authors":["Al-Dahiree OS","Tokhi MO","Hadi NH"],"author_count":7,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22197508","source":"europepmc","topics":["torque-calibration"],"keywords":["Shape Optimization","Strain Gauge","Finite Element Method (Fem)","Load Cell","Machine Design","Wheatstone Bridge","Amplifier Circuit","Axial Force Measurement"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-9571206","fulltext_endpoint":"/api/document/pmc-9571206/fulltext","references_endpoint":"/api/document/pmc-9571206/references"},{"id":"pmc-9002913","title":"Device for Torsional Fatigue Strength Assessment Adapted for Pulsating Testing Machines.","year":2022,"authors":["Goanta V"],"author_count":1,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22072667","source":"europepmc","topics":["torque-calibration"],"keywords":["Stress","Strain","calibration","Fatigue Test","Fatigue Limit","Device Fatigue"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-9002913","fulltext_endpoint":"/api/document/pmc-9002913/fulltext","references_endpoint":"/api/document/pmc-9002913/references"},{"id":"pmc-9503177","title":"PhotoElasticFinger: Robot Tactile Fingertip Based on Photoelastic Effect.","year":2022,"authors":["Mukashev D","Zhuzbay N","Koshkinbayeva A"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22186807","source":"europepmc","topics":["torque-calibration"],"keywords":["Optical Sensor","Tactile Sensing","Photoelastic Effect"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-9503177","fulltext_endpoint":"/api/document/pmc-9503177/fulltext","references_endpoint":"/api/document/pmc-9503177/references"},{"id":"pmc-8840688","title":"Development of a Robot Arm Link System Embedded with a Three-Axis Sensor with a Simple Structure Capable of Excellent External Collision Detection.","year":2022,"authors":["Yun A","Lee W","Kim S"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22031222","source":"europepmc","topics":["torque-calibration"],"keywords":["Miniaturization","Strain Gauge","Low Cost","Collision Detection","Link Embedded","Three-Axis Sensor"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8840688","fulltext_endpoint":"/api/document/pmc-8840688/fulltext","references_endpoint":"/api/document/pmc-8840688/references"},{"id":"pmc-9313996","title":"Static Model of Athlete's Upper Limb Posture Rehabilitation Training Indexes.","year":2022,"authors":["He R","Sun X","Yu X"],"author_count":5,"journal":"BioMed research international","doi":"10.1155/2022/9353436","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-9313996","fulltext_endpoint":"/api/document/pmc-9313996/fulltext","references_endpoint":"/api/document/pmc-9313996/references"},{"id":"pmc-8824749","title":"Design and Calibration of Torque Measurement System of Comprehensive Performance Test Instrument of Industrial Robot Reducer.","year":2022,"authors":["Yu Z","Qiu Z","Li H"],"author_count":6,"journal":"Computational intelligence and neuroscience","doi":"10.1155/2022/8155818","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8824749","fulltext_endpoint":"/api/document/pmc-8824749/fulltext","references_endpoint":"/api/document/pmc-8824749/references"},{"id":"pmc-8778927","title":"An Isomorphic Interactive Device for the Interventional Surgical Robot after In Vivo Study.","year":2022,"authors":["Yang C","Guo S","Bao X"],"author_count":3,"journal":"Micromachines","doi":"10.3390/mi13010111","source":"europepmc","topics":["torque-calibration"],"keywords":["Force Feedback","Robot-assisted Surgery","Interventional Surgery","Master–slave Control","Isomorphic Interactive Device","Surgical Robot Controller"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8778927","fulltext_endpoint":"/api/document/pmc-8778927/fulltext","references_endpoint":"/api/document/pmc-8778927/references"},{"id":"pmc-8749704","title":"Caveats and Recommendations to Assess the Validity and Reliability of Cycling Power Meters: A Systematic Scoping Review.","year":2022,"authors":["Bouillod A","Soto-Romero G","Grappe F"],"author_count":6,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22010386","source":"europepmc","topics":["torque-calibration"],"keywords":["Statistical analysis","Gold Standard","Mechanical Power","Metrological Properties","Exercise Conditions"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8749704","fulltext_endpoint":"/api/document/pmc-8749704/fulltext","references_endpoint":"/api/document/pmc-8749704/references"},{"id":"pmc-8749734","title":"Design and Measurement of a Dual FBG High-Precision Shape Sensor for Wing Shape Reconstruction.","year":2021,"authors":["Wu H","Liang L","Wang H"],"author_count":6,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22010168","source":"europepmc","topics":["torque-calibration"],"keywords":["Curvature","Torque","Fiber Bragg Grating","Shape Reconstruction"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8749734","fulltext_endpoint":"/api/document/pmc-8749734/fulltext","references_endpoint":"/api/document/pmc-8749734/references"},{"id":"pmc-8747504","title":"A Custom-Made Lower Limb Dynamometer for Assessing Ankle Joint Torque in Humans: Calibration and Measurement Procedures.","year":2021,"authors":["Drăgoi II","Popescu FG","Petrița T"],"author_count":9,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s22010135","source":"europepmc","topics":["torque-calibration"],"keywords":["Linear regression","reliability","calibration","Muscle Strength","Ankle Torque","Dynamometer"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8747504","fulltext_endpoint":"/api/document/pmc-8747504/fulltext","references_endpoint":"/api/document/pmc-8747504/references"},{"id":"pmc-8625975","title":"Strategy to Decrease the Angle Measurement Error Introduced by the Use of Circular Grating in Dynamic Torque Calibration.","year":2021,"authors":["Du Y","Yuan F","Jiang Z"],"author_count":11,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s21227599","source":"europepmc","topics":["torque-calibration"],"keywords":["Error Compensation","Circular Grating","Eccentricity Error","Inclination Error","Dynamic Torque Calibration"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8625975","fulltext_endpoint":"/api/document/pmc-8625975/fulltext","references_endpoint":"/api/document/pmc-8625975/references"},{"id":"pmc-8122601","title":"Design and Calibration of Robot Base Force/Torque Sensors and Their Application to Non-Collocated Admittance Control for Automated Tool Changing.","year":2021,"authors":["Gattringer H","Müller A","Hoermandinger P"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s21092895","source":"europepmc","topics":["torque-calibration"],"keywords":["Sensor Calibration","Sensor Design","Force/torque Sensor","Admittance Control"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8122601","fulltext_endpoint":"/api/document/pmc-8122601/fulltext","references_endpoint":"/api/document/pmc-8122601/references"},{"id":"pmc-8070922","title":"Rugged and Compact Three-Axis Force/Torque Sensor for Wearable Robots.","year":2021,"authors":["Jeong H","Choi K","Park SJ"],"author_count":6,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s21082770","source":"europepmc","topics":["torque-calibration"],"keywords":["Wearable Sensor","Capacitive Sensor","Compact And High-Load Sensor","Neural Network Calibration","Three-Axis Force/Torque Sensor"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-8070922","fulltext_endpoint":"/api/document/pmc-8070922/fulltext","references_endpoint":"/api/document/pmc-8070922/references"},{"id":"pmc-7187242","title":"Multi-Axis Fatigue Experimentation System of Intramedullary Implants for Femur and Tibia.","year":2020,"authors":["Kanerva M","Pärnänen T","Jokinen J"],"author_count":6,"journal":"Journal of orthopaedic research : official publication of the Orthopaedic Research Society","doi":"10.1002/jor.24545","source":"europepmc","topics":["torque-calibration"],"keywords":["Implant","Fatigue","Finite Element Analysis","Consolidation Phase","Multi-axis Loading"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-7187242","fulltext_endpoint":"/api/document/pmc-7187242/fulltext","references_endpoint":"/api/document/pmc-7187242/references"},{"id":"pmc-7003349","title":"Human arm weight compensation in rehabilitation robotics: efficacy of three distinct methods.","year":2020,"authors":["Just F","Özen Ö","Tortora S"],"author_count":6,"journal":"Journal of neuroengineering and rehabilitation","doi":"10.1186/s12984-020-0644-3","source":"europepmc","topics":["torque-calibration"],"keywords":["EMG","Stroke","Rehabilitation Robotics","Arm Weight Compensation","Workspace Assessment"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-7003349","fulltext_endpoint":"/api/document/pmc-7003349/fulltext","references_endpoint":"/api/document/pmc-7003349/references"},{"id":"pmc-7038453","title":"A Novel Sensorised Insole for Sensing Feet Pressure Distributions.","year":2020,"authors":["Sorrentino I","Andrade Chavez FJ","Latella C"],"author_count":12,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s20030747","source":"europepmc","topics":["torque-calibration","pressure-calibration"],"keywords":["Pressure distribution","Wearable Sensors","Capacitive Sensors","Sensorised Insole","Tactile Sensors Array"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-7038453","fulltext_endpoint":"/api/document/pmc-7038453/fulltext","references_endpoint":"/api/document/pmc-7038453/references"},{"id":"pmc-6960532","title":"Six-Axis Force Torque Sensor Model-Based In Situ Calibration Method and Its Impact in Floating-Based Robot Dynamic Performance.","year":2019,"authors":["Andrade Chavez FJ","Traversaro S","Pucci D"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s19245521","source":"europepmc","topics":["torque-calibration"],"keywords":["In Situ Calibration","Force Torque Sensors","Robot Dynamic Performance"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6960532","fulltext_endpoint":"/api/document/pmc-6960532/fulltext","references_endpoint":"/api/document/pmc-6960532/references"},{"id":"pmc-6806195","title":"Development of a New Embedded Dynamometer for the Measurement of Forces and Torques at the Ski-Binding Interface.","year":2019,"authors":["Meyer F","Prenleloup A","Schorderet A"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s19194324","source":"europepmc","topics":["torque-calibration"],"keywords":["Field testing","Elite Athletes","Force Platform","Alpine Skiing","Giant Slalom"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6806195","fulltext_endpoint":"/api/document/pmc-6806195/fulltext","references_endpoint":"/api/document/pmc-6806195/references"},{"id":"pmc-6678956","title":"A Fiber Bragg Grating Sensing Structure for the Design, Simulation and Stress Strain Monitoring of Human Puncture Surgery.","year":2019,"authors":["Xiong P","Huang X","Li Y"],"author_count":4,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s19143066","source":"europepmc","topics":["torque-calibration"],"keywords":["Fiber Bragg Grating","Force Sensing","New Type Elastic Beam","Puncture Surgery","Spoke-type Structure"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6678956","fulltext_endpoint":"/api/document/pmc-6678956/fulltext","references_endpoint":"/api/document/pmc-6678956/references"},{"id":"pmc-6696509","title":"New Motion Intention Acquisition Method of Lower Limb Rehabilitation Robot Based on Static Torque Sensors.","year":2019,"authors":["Feng Y","Wang H","Vladareanu L"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s19153439","source":"europepmc","topics":["torque-calibration"],"keywords":["Lower limb","Rehabilitation Robot","Motion Intention Acquisition","Static Torque Sensor"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6696509","fulltext_endpoint":"/api/document/pmc-6696509/fulltext","references_endpoint":"/api/document/pmc-6696509/references"},{"id":"pmc-6021961","title":"Design and Manufacturing of an Ultra-Low-Cost Custom Torque Sensor for Robotics.","year":2018,"authors":["Pérez Ubeda R","Gutiérrez Rubert SC","Zotovic Stanisic R"],"author_count":4,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s18061786","source":"europepmc","topics":["torque-calibration"],"keywords":["Torque Sensor","Design Of Sensors","Manufacturing Of Low Cost Sensors"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6021961","fulltext_endpoint":"/api/document/pmc-6021961/fulltext","references_endpoint":"/api/document/pmc-6021961/references"},{"id":"pmc-6339210","title":"A Two-Dimensional Wireless and Passive Sensor for Stress Monitoring.","year":2019,"authors":["Tan Y","Zhu J","Ren L"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s19010135","source":"europepmc","topics":["torque-calibration"],"keywords":["Finite Element Analysis","Smart Structure","Magnetic Material","Stress Monitoring","Passive And Wireless Sensor"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6339210","fulltext_endpoint":"/api/document/pmc-6339210/fulltext","references_endpoint":"/api/document/pmc-6339210/references"},{"id":"pmc-6190009","title":"A Micro-Force Sensor with Beam-Membrane Structure for Measurement of Friction Torque in Rotating MEMS Machines.","year":2017,"authors":["Liu H","Yu Z","Liu Y"],"author_count":4,"journal":"Micromachines","doi":"10.3390/mi8100304","source":"europepmc","topics":["torque-calibration"],"keywords":["Friction Torque","Beam-membrane Structure","Micro-force Sensor","Mems Bearing"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-6190009","fulltext_endpoint":"/api/document/pmc-6190009/fulltext","references_endpoint":"/api/document/pmc-6190009/references"},{"id":"pmc-5925217","title":"A Highly Reliable Embedded Optical Torque Sensor Based on Flexure Spring.","year":2018,"authors":["Liu Y","Tian T","Chen J"],"author_count":5,"journal":"Applied bionics and biomechanics","doi":"10.1155/2018/4362749","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-5925217","fulltext_endpoint":"/api/document/pmc-5925217/fulltext","references_endpoint":"/api/document/pmc-5925217/references"},{"id":"pmc-5339722","title":"Applying torque to the Escherichia coli flagellar motor using magnetic tweezers.","year":2017,"authors":["van Oene MM","Dickinson LE","Cross B"],"author_count":6,"journal":"Scientific reports","doi":"10.1038/srep43285","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-5339722","fulltext_endpoint":"/api/document/pmc-5339722/fulltext","references_endpoint":"/api/document/pmc-5339722/references"},{"id":"pmc-4934224","title":"Use of a Force-Torque Sensor for Self-Calibration of a 6-DOF Medical Robot.","year":2016,"authors":["Joubair A","Zhao LF","Bigras P"],"author_count":4,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s16060798","source":"europepmc","topics":["torque-calibration"],"keywords":["Medical robot","Observability","Robot Calibration","Robot Accuracy","Robot Kinematic","Robotic Metrology"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-4934224","fulltext_endpoint":"/api/document/pmc-4934224/fulltext","references_endpoint":"/api/document/pmc-4934224/references"},{"id":"pmc-4851027","title":"A High Performance Torque Sensor for Milling Based on a Piezoresistive MEMS Strain Gauge.","year":2016,"authors":["Qin Y","Zhao Y","Li Y"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s16040513","source":"europepmc","topics":["torque-calibration"],"keywords":["Sensitivity","Frequency","Torque","Mems Strain Gauge"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-4851027","fulltext_endpoint":"/api/document/pmc-4851027/fulltext","references_endpoint":"/api/document/pmc-4851027/references"},{"id":"pmc-5015477","title":"The Neuro-Mechanical Processes That Underlie Goal-Directed Medio-Lateral APA during Gait Initiation.","year":2016,"authors":["Honeine JL","Schieppati M","Crisafulli O"],"author_count":4,"journal":"Frontiers in human neuroscience","doi":"10.3389/fnhum.2016.00445","source":"europepmc","topics":["torque-calibration"],"keywords":["frontal plane","Knee Flexion","Center Of Mass","Center Of Pressure","Gait Initiation","Ankle Dorsiflexor Muscles","Hip Abductor Muscles"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-5015477","fulltext_endpoint":"/api/document/pmc-5015477/fulltext","references_endpoint":"/api/document/pmc-5015477/references"},{"id":"pmc-3690075","title":"Fast estimation of strains for cross-beams six-axis force/torque sensors by mechanical modeling.","year":2013,"authors":["Ma J","Song A"],"author_count":2,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s130506669","source":"europepmc","topics":["torque-calibration"],"keywords":[],"license":"CC-BY-3.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-3690075","fulltext_endpoint":"/api/document/pmc-3690075/fulltext","references_endpoint":"/api/document/pmc-3690075/references"},{"id":"pmc-5061852","title":"Muscle Synergies Facilitate Computational Prediction of Subject-Specific Walking Motions.","year":2016,"authors":["Meyer AJ","Eskinazi I","Jackson JN"],"author_count":6,"journal":"Frontiers in bioengineering and biotechnology","doi":"10.3389/fbioe.2016.00077","source":"europepmc","topics":["torque-calibration"],"keywords":["Biomechanics","Neuromusculoskeletal Modeling","Computational Neurorehabilitation","Direct Collocation Optimal Control","Muscle Synergy Analysis","Predictive Gait Optimization"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"access":"paid","version":1,"content_endpoint":"/api/document/pmc-5061852","fulltext_endpoint":"/api/document/pmc-5061852/fulltext","references_endpoint":"/api/document/pmc-5061852/references"},{"id":"doi-42210af4a0ab8d5a1b22","title":"Dynamic torque calibration by means of model parameter identification","year":2015,"authors":["Leonard Klaus","Barbora Arendacká","Michael Kobusch"],"author_count":4,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v4i2.211","source":"openalex","topics":["torque-calibration"],"keywords":["torque sensor","dynamic calibration","model parameter identification","least squares identification","frequency response","Sensor Technology and Measurement Systems","Advanced Measurement and Metrology Techniques","Scientific Measurement and Uncertainty Evaluation"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-42210af4a0ab8d5a1b22","fulltext_endpoint":"/api/document/doi-42210af4a0ab8d5a1b22/fulltext","references_endpoint":null},{"id":"doi-360f26bd3956f804aaff","title":"Calibration procedures for torque measuring devices by using a reference type torque calibration machine at NMIJ","year":2020,"authors":["Maki Kiuchi","Atsuhiro Nishino","Koji Ogushi"],"author_count":3,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v9i5.964","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","automatic calibration system","NMIJ","Scientific Measurement and Uncertainty Evaluation","Sensor Technology and Measurement Systems","Electrical and Bioimpedance Tomography"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-360f26bd3956f804aaff","fulltext_endpoint":"/api/document/doi-360f26bd3956f804aaff/fulltext","references_endpoint":null},{"id":"doi-4ec60b53d2f66718f704","title":"Extending the Torque Calibration Range – Necessity and Outline of a Mathematical Approach","year":2017,"authors":["Paula Weidinger","Gisa Foyer","Christian B. Schlegel"],"author_count":4,"journal":"Ukrainian Metrological Journal","doi":"10.24027/2306-7039.1a.2017.99993","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","traceability","wind energy","torque measurement","Real-time simulation and control systems","Sensor Technology and Measurement Systems","Hydraulic and Pneumatic Systems"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-4ec60b53d2f66718f704","fulltext_endpoint":"/api/document/doi-4ec60b53d2f66718f704/fulltext","references_endpoint":null},{"id":"doi-2092f8f1928e5be97bd5","title":"The 20 N⋅m dynamic torque calibration device at PTB","year":2022,"authors":["Leonard Klaus","Michael Kobusch"],"author_count":2,"journal":"Measurement Sensors","doi":"10.1016/j.measen.2022.100370","source":"openalex","topics":["torque-calibration"],"keywords":["calibration device","harmonic excitation","industrial components","frequency range","torque measurement","Advanced Electrical Measurement Techniques","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-2092f8f1928e5be97bd5","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-de0457817659d8948283","title":"Modelling of a Dynamic Torque Calibration Device and Determination of Model Parameters","year":2014,"authors":["Leonard Klaus","Thomas Bruns","Michael Kobusch"],"author_count":3,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v3i2.79","source":"openalex","topics":["torque-calibration"],"keywords":["torque sensor","dynamic calibration","calibration device","model parameter identification","mass moment of inertia","torsional stiffness","dynamic behavior","mechanical quantities"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-de0457817659d8948283","fulltext_endpoint":"/api/document/doi-de0457817659d8948283/fulltext","references_endpoint":null},{"id":"doi-a60bb3f29e20e92144ef","title":"Development of a torque calibration procedure under rotation for nacelle test benches","year":2018,"authors":["Paula Weidinger","Gisa Foyer","Stefan Kock"],"author_count":5,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1037/5/052030","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","wind turbines","torque sensor","measurement traceability","rotational speed effects","ambient conditions","efficiency measurement","Real-time simulation and control systems"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-a60bb3f29e20e92144ef","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-71d87f12746ef7d54157","title":"MN·m torque calibration for nacelle test benches using transfer standards","year":2016,"authors":["Christian B. Schlegel","Holger Kahmann","Rolf Kumme"],"author_count":3,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v5i4.414","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","wind turbines","transfer standards","traceability","wind turbine testing","Real-time simulation and control systems"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-71d87f12746ef7d54157","fulltext_endpoint":"/api/document/doi-71d87f12746ef7d54157/fulltext","references_endpoint":null},{"id":"doi-9b9632120d483dcbad4b","title":"Design and Simulation of a Torque Calibration Tool Using Finite Element Analysis","year":2026,"authors":["I.B. Indra Widi Kurniawan","Ayu Nurul Haryudiniarti","P.S. Yasya Khalif"],"author_count":6,"journal":"Engineering headway","doi":"10.4028/p-s37ace","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","instrument calibration","material selection","AISI 1045 steel","7075 aluminum alloy","304 stainless steel","safety factor","displacement analysis"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-9b9632120d483dcbad4b","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-9235e73d415b76391e10","title":"Influences on torque measurement in nacelle test benches and their effect on the measurement uncertainty and consequences of a torque calibration","year":2019,"authors":["Gisa Foyer","Stefan Kock","Paula Weidinger"],"author_count":3,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v8i3.658","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","wind turbine drivetrain","measurement uncertainty","torque calibration","traceability","Real-time simulation and control systems","Hydraulic and Pneumatic Systems","Engineering Applied Research"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-9235e73d415b76391e10","fulltext_endpoint":"/api/document/doi-9235e73d415b76391e10/fulltext","references_endpoint":null},{"id":"doi-6ec873a5d3f8350d391f","title":"Metrological Characterization of a 20 N·m Torque Calibration Standard Machine at PTB, Germany","year":2018,"authors":["Christian B. Schlegel","Dirk Röske","Dietmar Mauersberger"],"author_count":4,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1065/4/042026","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","metrological characterization","measurement uncertainty","error propagation","Guide to the Expression of Uncertainty in Measurement","comparison measurements","Scientific Measurement and Uncertainty Evaluation","Advanced Sensor Technologies Research"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-6ec873a5d3f8350d391f","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-3afb5c77d7e12ce88860","title":"Torque Calibration Device for Hydraulic Tubing Tongs and its Experiment","year":2012,"authors":["Fu Xiang Zhang","Yuan Bin Li","Xiang Tong Yang"],"author_count":4,"journal":"Advanced materials research","doi":"10.4028/www.scientific.net/amr.503-504.1146","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","systematic errors","oilfield equipment","Advanced Sensor and Control Systems","Hydraulic and Pneumatic Systems","Industrial Technology and Control Systems"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-3afb5c77d7e12ce88860","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-e769d924f678bdad3a5b","title":"Micro torque calibration and measurement device for specialised electromagnetic components of inertial navigation system","year":2024,"authors":["Hongli Qi","Tao Li","Xianglong Ma"],"author_count":4,"journal":"Measurement Sensors","doi":"10.1016/j.measen.2024.101385","source":"openalex","topics":["torque-calibration"],"keywords":["inertial navigation system","electromagnetic component","torsional deformation","measurement uncertainty","Scientific Measurement and Uncertainty Evaluation","Sensor Technology and Measurement Systems","Advanced Measurement and Metrology Techniques"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-e769d924f678bdad3a5b","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-a8c545b5ba11569d9f80","title":"Research and Application of Dynamic Torque Calibration for Torque Test Bench of Electric Actuator in Nuclear Power Plant","year":2020,"authors":["Ming Xia","Xiaolong Wang","Yelei Yin"],"author_count":3,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1634/1/012154","source":"openalex","topics":["torque-calibration"],"keywords":["electric actuators","nuclear power plants","indication error","Hydraulic and Pneumatic Systems","Advanced Sensor and Control Systems","Engineering Diagnostics and Reliability"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-a8c545b5ba11569d9f80","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-05e33a36ee535baa7ca1","title":"Model parameter identification from measurement data for dynamic torque calibration – Measurement results and validation","year":2016,"authors":["Leonard Klaus"],"author_count":1,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v5i3.318","source":"openalex","topics":["torque-calibration"],"keywords":["torque sensor","dynamic calibration","model parameter identification","transfer function","model-based calibration","torque measurement","parameter validation","Sensor Technology and Measurement Systems"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-05e33a36ee535baa7ca1","fulltext_endpoint":"/api/document/doi-05e33a36ee535baa7ca1/fulltext","references_endpoint":null},{"id":"doi-754e2e925ed51e22e118","title":"Ideas for the transition from paper-based force and torque calibration certificates to machine-readable XML data","year":2024,"authors":["Shanna Schönhals","Moritz Jordan","Michael Melzer"],"author_count":4,"journal":"Measurement Sensors","doi":"10.1016/j.measen.2024.101334","source":"openalex","topics":["torque-calibration"],"keywords":["force calibration","torque calibration","calibration certificates","XML data","machine-readable data","paper-to-digital transition","interoperability","digital data transmission"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-754e2e925ed51e22e118","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-fc9d53ec013ec5d75bba","title":"Brake Torque Sensor Calibration Device","year":2024,"authors":["Sławomir Kowalski","Dalibor Barta","Ján Dižo"],"author_count":4,"journal":"Applied Sciences","doi":"10.3390/app14177927","source":"openalex","topics":["torque-calibration"],"keywords":["vehicle braking systems","3D modeling","calibration methodology","measurement accuracy","automotive brakes","Brake Systems and Friction Analysis","Vehicle Dynamics and Control Systems","Industrial Technology and Control Systems"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-fc9d53ec013ec5d75bba","fulltext_endpoint":"/api/document/doi-fc9d53ec013ec5d75bba/fulltext","references_endpoint":null},{"id":"doi-87cad9603736ec52c4b3","title":"Research on the Calibration Method of Torque Sensor","year":2021,"authors":["Lei Cheng","Yang Su","Lifang Wang"],"author_count":3,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/2136/1/012004","source":"openalex","topics":["torque-calibration"],"keywords":["torque sensor","remote calibration","automatic calibration","torque meter","electromagnetic interference","calibration efficiency","calibration program","Educational Robotics and Engineering"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-87cad9603736ec52c4b3","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-b6f412d20ebc093927fa","title":"A Calibration Device For Force-Torque Sensors","year":2016,"authors":["Nicolay Zarutskiy","Roman Bulkin"],"author_count":2,"journal":"Zenodo (CERN European Organization for Nuclear Research)","doi":"10.5281/zenodo.1126095","source":"openalex","topics":["torque-calibration"],"keywords":["force/torque sensor","sensor calibration","calibration device","automatic calibration","force and moment measurement","Sensor Technology and Measurement Systems","Fault Detection and Control Systems"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-b6f412d20ebc093927fa","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-06245ccfd364f7bec90b","title":"Direct Calibration Chain for Hand Torque Screwdrivers from the National Torque Standard","year":2015,"authors":["Koji Ogushi","Atsuhiro Nishino","Koji Maeda"],"author_count":4,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v4i2.226","source":"openalex","topics":["torque-calibration"],"keywords":["calibration chain","traceability","measurement uncertainty evaluation","Mechatronics Education and Applications","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-06245ccfd364f7bec90b","fulltext_endpoint":"/api/document/doi-06245ccfd364f7bec90b/fulltext","references_endpoint":null},{"id":"doi-2b47bd28f3842c7c1e63","title":"Torque sensors calibration of electromechanical complexes shafts","year":2018,"authors":["С. М. Дмитриев","Andrey Borisovich Daryenkov","Леонид Абрамович Герман"],"author_count":6,"journal":"Vibroengineering PROCEDIA","doi":"10.21595/vp.2018.20355","source":"openalex","topics":["torque-calibration"],"keywords":["torque sensor","sensor calibration","torsional vibration","elastic shaft","electromechanical systems","finite element analysis","torque measurement","Control Systems in Engineering"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-2b47bd28f3842c7c1e63","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-8bddfb53b5ce45aeae73","title":"Calibration of reference torque wrench by new reference torque standard machine at nim","year":2018,"authors":["Meng Feng","Zhang zhi min","Zhang yue"],"author_count":3,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1065/4/042036","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","torque sensor","relative expanded uncertainty","National Institute of Metrology","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation","Advanced Measurement and Metrology Techniques"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-8bddfb53b5ce45aeae73","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-e93298d6713ce022956b","title":"Calibration of torque measurement under constant rotation in a wind turbine test bench","year":2019,"authors":["Paula Weidinger","Gisa Foyer","Stefan Kock"],"author_count":5,"journal":"Journal of sensors and sensor systems","doi":"10.5194/jsss-8-149-2019","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","torque calibration","measurement uncertainty","wind turbine efficiency","multi-MW wind turbines","Real-time simulation and control systems","Machine Fault Diagnosis Techniques","Structural Health Monitoring Techniques"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-e93298d6713ce022956b","fulltext_endpoint":"/api/document/doi-e93298d6713ce022956b/fulltext","references_endpoint":null},{"id":"doi-ff1e8741b1bf4218f97e","title":"Separating eccentricity deviation in transfer torque wrench calibrations","year":2018,"authors":["Andreas Brüge"],"author_count":1,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1065/4/042023","source":"openalex","topics":["torque-calibration"],"keywords":["bias correction","Monte Carlo simulation","Iterative Learning Control Systems","Gear and Bearing Dynamics Analysis","Advanced Measurement and Metrology Techniques"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-ff1e8741b1bf4218f97e","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-7dfa8dc4b1b2e3162ee0","title":"Design of a torque standard component of an integrated calibration equipment","year":2019,"authors":[],"author_count":0,"journal":"IOP Conference Series Materials Science and Engineering","doi":"10.1088/1757-899x/507/1/012007","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","expanded uncertainty","lightweight design","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation","Mechatronics Education and Applications"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-7dfa8dc4b1b2e3162ee0","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-a3355ef7f9f5e1d99793","title":"Influence of square drive connections on the calibration of torque wrenches","year":2024,"authors":["Andreas Brüge"],"author_count":1,"journal":"Measurement Sensors","doi":"10.1016/j.measen.2024.101380","source":"openalex","topics":["torque-calibration"],"keywords":["torque wrench calibration","dimensional deviation","measurement uncertainty","Control Systems in Engineering","Iterative Learning Control Systems","Gear and Bearing Dynamics Analysis"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-a3355ef7f9f5e1d99793","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-e65a58d7f11181478072","title":"Simplified Measurements of the Humidity Coefficient of Torque Transducers in Calibration Laboratories","year":2014,"authors":["Andreas Brüge"],"author_count":1,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v3i2.80","source":"openalex","topics":["torque-calibration"],"keywords":["torque sensor","humidity effects","transducer sensitivity","calibration laboratories","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation","Advanced Sensor Technologies Research"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-e65a58d7f11181478072","fulltext_endpoint":"/api/document/doi-e65a58d7f11181478072/fulltext","references_endpoint":null},{"id":"doi-398b67ae72aa3a30d1b9","title":"New Approach to Torque Measurement Unit Development and its Calibration","year":2018,"authors":["Sirenko Feliks","Sergiy V. Yepifanov","Podgorsky Kostyantyn"],"author_count":4,"journal":"Journal of Konbin","doi":"10.2478/jok-2018-0024","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","turboshaft engine","manufacturing errors","Technical Engine Diagnostics and Monitoring","Mechanical and Thermal Properties Analysis","Advanced Measurement and Detection Methods"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-398b67ae72aa3a30d1b9","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-d73ef5b132bf8398182a","title":"The structure design of the calibration device for multi-component force and torque","year":2018,"authors":["Haifeng Qin","Yonglu Liu","Zhao Weiyu"],"author_count":4,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1065/4/042017","source":"openalex","topics":["torque-calibration"],"keywords":["calibration device","mechanical design","piston-cylinder system","load cell","force and torque measurement","Engineering Technology and Methodologies"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-d73ef5b132bf8398182a","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-95d88142f913e080ecc5","title":"Calibration and Evaluation of Steering Wheel Torque Signal for EPS System","year":2014,"authors":["Yu Sun","Hao Wang","Xiao Jie Duan"],"author_count":5,"journal":"Applied Mechanics and Materials","doi":"10.4028/www.scientific.net/amm.577.429","source":"openalex","topics":["torque-calibration"],"keywords":["electric power steering","steering torque","electromagnetic compatibility","detection system design","Engineering Applied Research"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-95d88142f913e080ecc5","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-8af681edb329632577f8","title":"Analysis of Error Sources of a Torque and Rotation Angle Calibration Unit Based on Statics","year":2023,"authors":["Jiliang Zhao","Liyang Wang","Junming Shou"],"author_count":9,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/2658/1/012028","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","static analysis","bearing friction","calibration accuracy","Advanced Measurement and Metrology Techniques","Advanced Measurement and Detection Methods","Gear and Bearing Dynamics Analysis"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-8af681edb329632577f8","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-ab869b7307ceb692d45b","title":"Design and calibration of the accurate torque measurement systems of the precision robot reducer detector","year":2022,"authors":["Zhen Yu","Yuan Zhang","Wancheng Yu"],"author_count":4,"journal":"Measurement and Control","doi":"10.1177/00202940221103308","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","torque calibration","BP neural network","structural optimization","industrial robots","dynamic torque measurement","Iterative Learning Control Systems","Advanced machining processes and optimization"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-ab869b7307ceb692d45b","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-7a36baafb3d51c94cfb0","title":"Parasitic load components for torque and force calibration: a Digital Twin concept","year":2023,"authors":["Kai Mienert","Oksana Baer","Claudiu L. Giusca"],"author_count":4,"journal":"tm - Technisches Messen","doi":"10.1515/teme-2023-0061","source":"openalex","topics":["torque-calibration"],"keywords":["digital twin","torque calibration","force calibration","torque sensor","bending moment","shear force","error elimination","finite element analysis"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-7a36baafb3d51c94cfb0","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-e34244232eb3158e96f5","title":"Influence of Rotational Mounting Conditions on Calibration Results and those Uncertainties in Reference Torque Wrenches","year":2018,"authors":["Koji Ogushi"],"author_count":1,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1065/4/042042","source":"openalex","topics":["torque-calibration"],"keywords":["torque calibration","calibration uncertainty","expanded uncertainty","rated capacity","Advanced Measurement and Metrology Techniques","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-e34244232eb3158e96f5","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-baeb2b9bf418514eb776","title":"EMG-to-torque models for exoskeleton assistance: A framework for the evaluation of in situ calibration","year":2026,"authors":["Lucas Quesada","Dorian Verdel","Olivier Bruneau"],"author_count":6,"journal":"The International Journal of Robotics Research","doi":"10.1177/02783649251414884","source":"openalex","topics":["torque-calibration"],"keywords":["surface electromyography","in situ calibration","Prosthetics and Rehabilitation Robotics","Muscle activation and electromyography studies","Stroke Rehabilitation and Recovery"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-baeb2b9bf418514eb776","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-8b56b29f3cb738ce47d2","title":"Structural Design and Static Calibration of Six-axis Force/Torque Sensor","year":2023,"authors":["Shuge Li","Pengju Zhao","Wencheng Sun"],"author_count":3,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/2557/1/012075","source":"openalex","topics":["torque-calibration"],"keywords":["six-axis force/torque sensor","resistance strain gauges","piezoresistive sensing","static calibration","least squares calibration","sensor structural design","Prosthetics and Rehabilitation Robotics","Hydraulic and Pneumatic Systems"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-8b56b29f3cb738ce47d2","fulltext_endpoint":null,"references_endpoint":null},{"id":"oa-w3158492779","title":"Calibration Kit for Torque Meters and Some Words about Traceability of Measurements","year":2017,"authors":["V. Odnoralov"],"author_count":1,"journal":"DOAJ (DOAJ: Directory of Open Access Journals)","doi":null,"source":"openalex","topics":["torque-calibration"],"keywords":["torque meter","measurement traceability","SI units","derived units","measurement standards","Ukraine","Scientific Measurement and Uncertainty Evaluation"],"license":"CC-BY-SA","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/oa-w3158492779","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-dc7198cbc99281b80bd8","title":"Calibration of force/torque and acceleration for an independent safety layer in medical robotic systems","year":2012,"authors":["Lars Richter","Ralf Bruder","Achim Schweikard"],"author_count":3,"journal":"Cureus","doi":"10.7759/cureus.59","source":"openalex","topics":["torque-calibration"],"keywords":["accelerometer calibration","medical robotics","robot safety","gravity compensation","sensor orientation estimation","Soft Robotics and Applications","Robot Manipulation and Learning","Prosthetics and Rehabilitation Robotics"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-dc7198cbc99281b80bd8","fulltext_endpoint":"/api/document/doi-dc7198cbc99281b80bd8/fulltext","references_endpoint":null},{"id":"doi-9859951098ccb2191938","title":"Confirmation of calibration capability of low-nominal capacity reference torque wrenches at NMIJ","year":2017,"authors":["Atsuhiro Nishino","Koji Ogushi","Kazunaga Ueda"],"author_count":3,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v6i2.397","source":"openalex","topics":["torque-calibration"],"keywords":["torque wrench calibration","torque sensor","Scientific Measurement and Uncertainty Evaluation","Sensor Technology and Measurement Systems","Advanced Sensor Technologies Research"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-9859951098ccb2191938","fulltext_endpoint":"/api/document/doi-9859951098ccb2191938/fulltext","references_endpoint":null},{"id":"doi-39b405825ee39347a506","title":"Precision design of differential combination torque measuring device for butt lock with in situ calibration","year":2020,"authors":["Lin Jiejun","Bo Tao","Jiang Weijie"],"author_count":3,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/1654/1/012057","source":"openalex","topics":["torque-calibration"],"keywords":["in situ calibration","error analysis","AI and Multimedia in Education","Advanced Sensor Technologies Research","Advanced Sensor and Control Systems"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-39b405825ee39347a506","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-5a41d66c463a34cf4242","title":"Torque Transfer Calibration System for 200 N·m and 2 kN·m, its Control and Characterization","year":2014,"authors":["Jesús Galván-Mancilla","Jorge C. Torres-Guzman"],"author_count":2,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v3i2.68","source":"openalex","topics":["torque-calibration"],"keywords":["automatic control system","calibration uncertainty","measurement error","Fault Detection and Control Systems","Sensor Technology and Measurement Systems","Scientific Measurement and Uncertainty Evaluation"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-5a41d66c463a34cf4242","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-a92c97a99a1dc45ab35f","title":"Challenges of achieving accreditation to ISO 6789-2:2017 – for the calibration of hand torque tools","year":2019,"authors":["Matthew Gypps"],"author_count":1,"journal":"International Congress of Metrology (CIM)","doi":"10.1051/metrology/201910002","source":"openalex","topics":["torque-calibration"],"keywords":["torque wrench calibration","repetitive strain injury","calibration cost reduction","Scientific Measurement and Uncertainty Evaluation","Quality and Management Systems","Advanced Measurement and Metrology Techniques"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-a92c97a99a1dc45ab35f","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-0352375eeb90c7c1a532","title":"Calibration Dataset of Device for Measuring Forces and Torques in Flexible Connection Joints for Parabolic Trough Collector","year":2022,"authors":["Rafael López-Martín","Loreto Valenzuela","Carmen M. Amador-Cortés"],"author_count":3,"journal":"Zenodo (CERN European Organization for Nuclear Research)","doi":"10.5281/zenodo.7005151","source":"openalex","topics":["torque-calibration"],"keywords":["force and torque measurement","sensor calibration","parabolic trough collector","solar thermal collectors","measurement accuracy","laboratory test bench","sensor-based monitoring","Metallurgy and Material Forming"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-0352375eeb90c7c1a532","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-0267f1b39ad04cb04188","title":"Study on the Large Range Torque Transmitter Quickly Assembled Used for the Calibration of Hydraulic Tongs","year":2015,"authors":["Xiang Tong Yang","Fu Xiang Zhang","Xiaopeng Yu"],"author_count":5,"journal":"Applied Mechanics and Materials","doi":"10.4028/www.scientific.net/amm.741.582","source":"openalex","topics":["torque-calibration"],"keywords":["rapid assembly","elastomer compositions","linearity","measurement accuracy","hysteresis","repeatability","oilfield equipment","Drilling and Well Engineering"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-0267f1b39ad04cb04188","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-1313555a6e402f4ede35","title":"ISO 6789 under Revision - Proposals for Calibration Results of Hand Torque Tools including Measurement Uncertainty","year":2014,"authors":["Dirk Röske"],"author_count":1,"journal":"ACTA IMEKO","doi":"10.21014/acta_imeko.v3i2.83","source":"openalex","topics":["torque-calibration"],"keywords":["torque wrench calibration","measurement uncertainty","calibration certificates","Guide to the Expression of Uncertainty in Measurement","ISO/IEC 17025","conformity declaration","Flexible and Reconfigurable Manufacturing Systems","Manufacturing Process and Optimization"],"license":"CC-BY","has_fulltext":true,"has_references":false,"access":"paid","version":2,"content_endpoint":"/api/document/doi-1313555a6e402f4ede35","fulltext_endpoint":"/api/document/doi-1313555a6e402f4ede35/fulltext","references_endpoint":null},{"id":"doi-233e2f5f8a83610826ad","title":"Proposals for a practical calibration method for mechanical torque measurement on the wind turbine drive train under test on a test bench","year":2020,"authors":["Hongkun Zhang","Jan Wenske","Andreas Reuter"],"author_count":4,"journal":"Wind Energy","doi":"10.1002/we.2472","source":"openalex","topics":["torque-calibration"],"keywords":["torque measurement","calibration","wind turbine drivetrain","test bench","electrical power measurement","uncertainty analysis","back-to-back configuration","measurement accuracy"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-233e2f5f8a83610826ad","fulltext_endpoint":null,"references_endpoint":null},{"id":"doi-08a02c5e9f3287d415c0","title":"The study of in-situ calibration technology of redocking torque parameter of performance test system for space station redocking mechanism","year":2024,"authors":["Bo Ni","Jun Weng","Chao Wang"],"author_count":5,"journal":"Journal of Physics Conference Series","doi":"10.1088/1742-6596/2787/1/012018","source":"openalex","topics":["torque-calibration"],"keywords":["in situ calibration","measurement uncertainty evaluation","calibration device","loading mechanism","metrological support","Robotic Mechanisms and Dynamics","Advanced Measurement and Detection Methods","Mechanical Engineering and Vibrations Research"],"license":"CC-BY","has_fulltext":false,"has_references":false,"access":"paid","version":1,"content_endpoint":"/api/document/doi-08a02c5e9f3287d415c0","fulltext_endpoint":null,"references_endpoint":null}]}