Article ID Journal Published Year Pages File Type
9511476 Applied Numerical Mathematics 2005 17 Pages PDF
Abstract
Parameterization of surface is defined by a one-to-one mapping from a planar domain to the surface. Well established methods based on harmonic, conformal and quasi-conformal mappings may create parameterizations with singularities. Singularity-free parameterization technique is suggested based on the concept of quasi-isometric mappings. Well-posed variational formulations for quasi-isometric parameterizations are discussed based on existence theory for hyperelasticity. Distortion minimization, invariance and mesh independence are discussed with numerical examples.
Related Topics
Physical Sciences and Engineering Mathematics Computational Mathematics
Authors
,