Titlebook: Advances in Digital Human Modeling; Proceedings of the 8 Sofia Scataglini,Gregor Harih,Steven Truijen Conference proceedings 2023 The Edito

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Raphael H. Parrado,Satish N. Nadig too: this element is able to redistribute the stresses which are transmitted to the stump, thus obtaining a more homogenous state of stress. Finally, the sensitivity analysis showed that the variable stiffness of the liner mainly affects the maximum strains on the stump, whereas its influence on th

Functional

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Lyndsay A. Harshman,Sharon M. Bartoshgating the effect of a passive shoulder exoskeleton on full-body musculoskeletal loading in the workplace using a musculoskeletal modeling approach based on joint kinematics estimated by inertial measurement units. The exoskeleton did not affect musculoskeletal loading in the workplace. These findin

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Challenges in Protein Product DevelopmentThe potential approaches that have been identified, and will be elaborated and discussed in this paper, with the DHM software tool IPS IMMA as base, are: (i) to enable the DHM tool user to give task instructions on a higher abstraction level than today; (ii) to incorporate functionality to automatic

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Parenteral Container Closure Systemseighting parameters. To quantify the performance of 1NN and IPF several evaluation parameters were defined. Absolute percent errors were calculated from the 1. percentile (P1) to the 99. percentile (P99). Moreover, covariance matrices and multivariate computed total accommodation (TA) values were co

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Welcome of Federal Atomic Energy Agencyefined as single points, pelvic tilt remained within one standard deviation of the probabilistic distributions of tilt curves but biased towards greater values (2o greater than the means of those distributions) This preliminary study shows the capability of using 4D scanning technology for assessing

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Regulation at Hanford – A Case Studysneezing, respectively, in the lower part of the stent’s connection to the tracheal wall. This deformation can be attributed to the stent’s properties with the upper respiratory system wall and the curved geometry of the trachea. Also, during Peak Inspiratory Flow (PIF), the majority of fine dust pa

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C. Deregel,J. M. Peres,B. Cessac,P. Francoisuently, subject specific musculoskeletal models were developed to estimate the contact forces via an optimization routine, using the recorded kinematics and the positions of the force platforms as inputs. The computed contact forces were compared against the experimentally obtained ones. Good agreem