Lecture Notes in Bioengineering Novel Methodologies for Digital Investigations of Clothing Body Interactions

This book presents an advanced methodology for developing tightly fitting clothing using automated 4D scan data analysis and individualized, deformable human body Finite Element models (ID-HBM). This book presents an advanced methodology for developing tightly fitting clothing using automated 4D scan data analysis and individualized, deformable human body Finite Element models (ID-HBM). It introduces generalized methods for automatic 4D scan data processing, enabling body deformation and clothing-body interaction analysis. By leveraging 4D scan data, it enhances the comparability of static and dynamic movements, facilitating the creation of both static and dynamic ID-HBM-clothing FE models. These approaches are applied to study breast-bra interactions, comparing different bras on test subjects. The book also develops and validates static and dynamic FEM models for breast-bra interaction, assessing variations in bra fit, pressure distribution, and dynamic behavior through pressure measurements and 4D scan data analysis. This book presents an advanced methodology for developing tightly fitting clothing using automated 4D scan data analysis and individualized, deformable human body Finite Element models (ID-HBM). It introduces generalized methods for automatic 4D scan data processing, enabling body deformation and clothing-body interaction analysis. By leveraging 4D scan data, it enhances the comparability of static and dynamic movements, facilitating the creation of both static and dynamic ID-HBM-clothing FE models. These approaches are applied to study breast-bra interactions, comparing different bras on test subjects. The book also develops and validates static and dynamic FEM models for breast-bra interaction, assessing variations in bra fit, pressure distribution, and dynamic behavior through pressure measurements and 4D scan data analysis.