International Journal of Clothing Science and Technology: Volume 8 Issue 3

Three models for garment simulation

Haruki Imaoka, J. Atkinson

Gives an overview of the technique of current garment simulation and of the problems for more advanced simulation. To simulate the behaviour of a garment, three important models…

Modelling fabric deformation as a nonlinear dynamical system using Bäcklund Transformations

Jacqueline R. Postle, Ron Postle

Aims to analyse unique deformation properties of textile materials in terms of basic mechanical properties. Models fabric deformation as a nonlinear dynamical system so that a…

An approach to the theoretical mechanics of static drape

David W. Lloyd, F. Mete, K. Hussain

Outlines an approach to the problem of simulating the drape of fabrics. The approach is based on representing fabrics as two‐dimensional continua and using the differential…

A simple finite element model for cloth drape simulation

J. Ascough, H.E. Bez, A.M. Bricis

Uses Newmark’s method to carry out a time‐stepping finite element analysis to predict the behaviour of a cloth garment as it falls from an initial horizontal position to a final…

Towards simulating cloth dynamics using interacting particles

Donald H. House, Richard W. DeVaul, David E. Breen

Reviews a new approach being developed for modelling the dynamic behaviour of cloth. This work extends the cloth‐particle static draping model of Breen and House to include…

Modelling the dynamic drape of garments on synthetic humans in a virtual fashion show

George K. Stylios, T.R. Wan, N.J. Powell

Reports the dynamic modelling of garments on synthetic humans. Develops the model based on a physical analogue to a deep shell system for describing and predicting the real 3‐D…