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 amputees. In this context, the aim of this work is to study the donning phase of a custom-made prosthetic socket for transfemoral amputees, by means of numerical simulations..Finite Element Analyses (FEA) were performed to study contact pressures and stresses developed on the stump during the donni

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Oana Nicoara,Hailey Silverii,Shumyle Alamon of MEE during simulated movements. Existing approaches for estimating MEE in a simulated movement are either limited to specific scenarios or involve substantial computational complexity. Our goal is to provide a computationally efficient method of estimating MEE in digital human avatars during a

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Lyndsay A. Harshman,Sharon M. Bartoshks. This study evaluates the effects of the Exo4Work exoskeleton on musculoskeletal loading during working activities in real-life conditions in the workplace. Inertial measurement units and electromyography were used to analyze the effects of the Exo4Work exoskeleton in 5 workers executing their ro

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Challenges in Protein Product Developmentby algorithms based on task instructions from the DHM tool user. In this study, we investigate possibilities for improving the task instruction language used in the DHM software tools. The study focuses on identifying opportunities and challenges for how the task instruction language can be improved

Epidural-Space

Dirk Gläser,Jürg Liniger,Daniel Peterases, a good fit is important to ensure the comfort and function of the bra. One way to describe the comfort of a bra is to analyse the movement of the bust relative to the moving body. In this study, breast movement relative to body movement was analysed. Using a 4D scanner, a woman was scanned whi

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Holger Roehl,Philippe Lam,Dominique Ditterk situation is often based on noisy and/or incomplete motion data (video, depth camera...), requiring the development of methods robust to these uncertainties. Our study focuses on the development and evaluation on reference data (opto-electronic motion capture) of a torque estimation tool for upper

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