... statistical shape model lower extremity motion analysis running musculoskeletal modeling Natural Sciences and Engineering Research Council of Canada 10.13039/501100000038 CGS D – 534891 – 2019; RGPIN 02404-2021 University of Calgary 10.13039/100008459 Dean's Doctoral Fellowship...

... Corresponding author. e-mail:  charles.pontonnier@ens-rennes.fr 17 07 2023 24 10 2023 22 11 2023 biomechanics motion analysis ground reaction forces outside laboratory experiments Agence Nationale de la Recherche 10.13039/501100001665 ANR-18-EURE-0022 Agence...

... and overweight indices: body mass index (BMI) and segment mass index (SMI). Eighteen participants (10-11 years old) threw 10 fastballs that were recorded for motion analysis. DXA scans were used to calculate participant-specific BSIPs (mass, center of mass, radii of gyration) for each pitching arm segment (upper...

... for the Motion Analysis in Sports Science ,” ABCM Symposium Series in Mechatronics , Vol. 2 , Brazilia, pp. 501 – 508 . [7] Ahn , M. H. , Aliu , E. , Andringa , S. , Aoki , S. , Aoyama , Y. , Argyriades , J. , Asakura , K. , Ashie , R. , Berghaus...

... acquired using a 12-camera motion analysis system (Qualisys AB, Göteborg, Sweden), 6 Oqus 500 and 6 Oqus 510, sampling at 100 Hz. Seventeen healthy young adults, 4 males and 13 females participated in this study (mean±SD: mass 60.1 ± 13.9 kg, height 1.67 ± 0.08 m, age 23.1 ± 9 years). All...

... are in principle not independent mechanically. epimuscular myofascial force transmission magnetic resonance imaging nonrigid registration in vivo biomechanics motion analysis It is widely accepted that myotendinous junctions are main sites for transmission onto the bone of the forces generated...

... and reduced the post-experimental effort required for marker processing. hand digits kinematics precision pinch motion analysis optimization The robust measurement of digit kinematics is critical to accurately characterize the exquisite control and function of the hand. Motion capture...

... in full extension. Conclusions: Model-based tracking is an accurate technique for measuring in vivo, 3D, dynamic elbow motion. It is anticipated that this experimental approach will enhance our understanding of elbow motion under normal and pathologic conditions. elbow motion analysis validation...

... in characterizing shoe design parameters and balancing potential ankle injury risks with player performance. 02 12 2011 10 12 2011 25 01 2012 02 04 2012 04 04 2012 biomechanical study ankle injury talus eversion ligament strain computational model motion analysis ankle...

...Hongsheng Wang; Naiqaun (Nigel) Zheng Skin marker-based motion analysis has been widely used in biomechanical studies and clinical applications. Unfortunately, the accuracy of knee joint secondary motions is largely limited by the nonrigidity nature of human body segments. Numerous studies have...

...Miriam Klous; Sander Klous The aim of skin-marker-based motion analysis is to reconstruct the motion of a kinematical model from noisy measured motion of skin markers. Existing kinematic models for reconstruction of chains of segments can be divided into two categories: analytical methods that do...

... of modeled structures and to capture physical parameters of interest not measurable in experimental simulations or in vivo. 13 09 2009 27 09 2009 04 01 2010 29 01 2010 29 01 2010 biomechanics bone computerised tomography elastic constants muscle motion analysis...

...-external rotation of the tibia and the FE axis is identified after the LR axis is known. The validation used virtual simulations of 3D video-based motion analysis to create relative motion between the femur and tibia during pure internal-external rotation, and flexion-extension with coupled internal...

... of variance (ANOVAs) ( α = 0.05 ) confirmed that the camera-blocking influenced the results. Taken together, these results indicate that camera-switching can affect the observation of fine movements using a motion analysis system with a large number of cameras. One solution is to offer opportunity for user...

...). Variability in tibio-femoral rotations was more dependent on rotation axis, with across-trial standard deviations averaging 1.71° for flexion/extension, 0.90° for internal/external rotation, and 0.40° for varus/valgus rotation. Advantages of this technique over traditional motion analysis methods include...