2401 Finite element mesh generation using subdivision technique
スポンサーリンク
概要
- 論文の詳細を見る
The developed in recent years efficient subdivision technique has certain advantages of other modeling methods. We describe here our new results on application of Modified Butterfly interpolation subdivision scheme to triangular finite element mesh generation. The surface of an initial object is represented by a scanned data or in a NURBS form. Our computer programs illustrate the methods.
- 2001-11-01
著者
-
Hagiwara Ichiro
東工大
-
Berzin Dmitrii
東工大:モスクワ大
-
Berzin Dmitrii
東工大
-
Kojekine Nikita
東工大
-
Hagiwara I
Department Of Mechanical Science And Engineering Tokyo Institute Of Technology
-
Shinoda Junichi
東工大
-
Shinoda J
東工大
関連論文
- Simple CSRBF animation system with movement interpolation and collision detection
- A product modeling system for remote collaborative reverse engineering
- New approach to surface mesh improvement problem
- 541 A NEW ERROR-MEASURE FOR COMPARISON BETWEEN LAPLACIAN SMOOTHING AND TRAPEZIUM DRAWING ALGORITHM
- 540 A NEW ERROR-MEASURE FOR COMPARISON SHAPES
- 3424 ホモトピーデータに基づく CAD システムの開発
- Modeling Approach of Functional Model for Multidomain System
- 2401 Finite element mesh generation using subdivision technique
- On the Construction of NURBS Surfaces Using Topological Mapping
- C^1 Smooth Triangular Surface Patch Constructed by C-curves(the Latest Frontiers of CAD/CAE/CG)
- 542 Parameterization of Triangular Meshes Using the Physical Field in RE
- 1318 Error Analysis for Parameterizing Triangular Meshes
- Modeling of Quality Parameter Values for Improving Meshes
- Development of the surface mesh quality improvement algorithm
- MODELING OF MESH QUALITY PARAMETERS