Offset Curve Tracing for Aid in Mesh Generation

Alexandre Almeida Del Savio; Marcio Rodrigues de Santi; Luiz Fernando Martha

Offset Curve Tracing for Aid in Mesh Generation

Alexandre Almeida Del Savio
, Marcio Rodrigues de Santi
, Luiz Fernando Martha

Research output: Chapter in Book/Report/Conference proceeding › Paper (Conference contribution) › peer-review

Abstract

This paper introduces an offset curve tracing methodology, with a spurious region correction (Fig. 1), for geometrical modeling and mesh generation. This methodology was implemented by generating an offset curve-tracing library to be used in any desired contour or curve data. In order to validate the proposed methodology, and associated computer implementations, a series of practical examples of the use of the offset curve generation library to the restoration of geological profiles, and to the implementation of restrictions on a finite element mesh generation are presented. An additional objective of this paper is to describe the main developments of a robust offset curve-tracing library made on a userfriendly environment.

Original language	Portuguese
Title of host publication	XXV CILAMCE - 25th Iberian Latin American Congress on Computation Methods in Engineering
State	Published - Nov 2004

Cite this

@inproceedings{725fdce5f6d342778516b6bb3d8bda57,

title = "Offset Curve Tracing for Aid in Mesh Generation",

abstract = "This paper introduces an offset curve tracing methodology, with a spurious region correction (Fig. 1), for geometrical modeling and mesh generation. This methodology was implemented by generating an offset curve-tracing library to be used in any desired contour or curve data. In order to validate the proposed methodology, and associated computer implementations, a series of practical examples of the use of the offset curve generation library to the restoration of geological profiles, and to the implementation of restrictions on a finite element mesh generation are presented. An additional objective of this paper is to describe the main developments of a robust offset curve-tracing library made on a userfriendly environment.",

author = "\{Almeida Del Savio\}, Alexandre and \{Rodrigues de Santi\}, Marcio and Martha, \{Luiz Fernando\}",

year = "2004",

month = nov,

language = "Portugu{\'e}s",

booktitle = "XXV CILAMCE - 25th Iberian Latin American Congress on Computation Methods in Engineering",

}

TY - GEN

T1 - Offset Curve Tracing for Aid in Mesh Generation

AU - Almeida Del Savio, Alexandre

AU - Rodrigues de Santi, Marcio

AU - Martha, Luiz Fernando

PY - 2004/11

Y1 - 2004/11

N2 - This paper introduces an offset curve tracing methodology, with a spurious region correction (Fig. 1), for geometrical modeling and mesh generation. This methodology was implemented by generating an offset curve-tracing library to be used in any desired contour or curve data. In order to validate the proposed methodology, and associated computer implementations, a series of practical examples of the use of the offset curve generation library to the restoration of geological profiles, and to the implementation of restrictions on a finite element mesh generation are presented. An additional objective of this paper is to describe the main developments of a robust offset curve-tracing library made on a userfriendly environment.

AB - This paper introduces an offset curve tracing methodology, with a spurious region correction (Fig. 1), for geometrical modeling and mesh generation. This methodology was implemented by generating an offset curve-tracing library to be used in any desired contour or curve data. In order to validate the proposed methodology, and associated computer implementations, a series of practical examples of the use of the offset curve generation library to the restoration of geological profiles, and to the implementation of restrictions on a finite element mesh generation are presented. An additional objective of this paper is to describe the main developments of a robust offset curve-tracing library made on a userfriendly environment.

M3 - Articulo (Contribución a conferencia)

BT - XXV CILAMCE - 25th Iberian Latin American Congress on Computation Methods in Engineering

ER -