Interactive Haptics and Display for Viscoelastic Solids

Abstract

This thesis describes a way of modeling viscoelasticity in deformable solids for interactive haptic and display purposes. The model is based on elastostatic deformation characterized by a discrete Green’s function matrix, which is extended using a viscoelastic add-on. The underlying idea is to replace the linear, time-independent relationships between the matrix entries, force, and displacement with non-linear, time-dependent relationships. A general framework is given, in which different viscoelastic models can be devised. One such model based on physical measurements is discussed in detail. Finally, the details and results of a system that implements this model are described.

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Cite this paper

@inproceedings{Schoner2003InteractiveHA, title={Interactive Haptics and Display for Viscoelastic Solids}, author={Jeffrey Schoner and Jochen Lang and Eidesstattliche Erkl{\"a}rung}, year={2003} }