Title
Static and high-speed body scanning for development of human models
Abstract
The 3D scanning process allow digitalization of complex geometries, including human bodies. The advantage of the scanned avatars is that they can create surface mesh in the real pose and geometry of specific humans with all their differences. The high speed (4D) body scanning allows scanning of multiple sequences of motion. The lecture will explain the 3D and 4D body scanning principle and hardware, the obtained data types, formats and will present different way for their processing using open source and commercial software. The final clean meshes after the processing can be used as basis for generation of FEM Models, as a conference talk during the conference will present.
Bio
Yordan Kyosev holds M.Sc. degree in Technique and Technology of the Textile and Clothing (1996), M.Sc. degree in Applied Mathematics (2002), PhD in Textile machines (2002) (Technical University Sofia, Bulgaria). Habilitation in the area of Textile Technology in Technical University Chemnitz, Germany in 2018. He was a Professor of Textile materials, textile technology and quality management (2006) in Niederrhein University of Applied Sciences, Germany. During 2019 he joints Technical University Dresden and take over the chair for assembling technology for textile materials. He developed the 3D module of the first industrial software for 3D visualisation of warp knitted fabrics, Software for Braiding. His team works actively in the area application of 4D body scanning for modelling and investigation of the clothing-body-interaction