The algorithmic approaches being taken to the development of finite element mesh generators capable of automatically discretizing general domains without the need for user intervention are discussed. It is demonstrated that because of the modeling demands placed on a automatic mesh generator, all the approaches taken to date produce unstructured meshes. Consideration is also given to both a priori and a posteriori mesh control devices for automatic mesh generators as well as their integration with geometric modeling and adaptive analysis procedures
A review of automatic unstructured grid generators i given. These types of grids have found widespre...
The effort at Sandia National Labs. on the methodologies and techniques being used to generate stric...
Includes bibliography. A two-dimensional generator is described which automatically creates optimal ...
In most engineering applications, it is necessary to conduct analyses, eg thermal, stress or flow an...
The objective of this thesis project is a study of Pre-Processors and development of an Automatic Me...
The objective of this thesis project is to explore a unique approach toward automatic mesh generatio...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
A new algorithm for generating automatically, from solid models of mechanical parts, finite element ...
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
The developments in mesh generation are usually driven by the needs of new applications and/or novel...
The present study deals with automatic mesh generation with application to finite element methods. W...
The developments in mesh generation are usually driven by the needs of new applications and/or novel...
The structure to a geometry based finite element preprocessing system is presented. The key features...
Today automatic meshing of CAD geometry is the most common method of FEM mesh generation. However, t...
A review of automatic unstructured grid generators i given. These types of grids have found widespre...
The effort at Sandia National Labs. on the methodologies and techniques being used to generate stric...
Includes bibliography. A two-dimensional generator is described which automatically creates optimal ...
In most engineering applications, it is necessary to conduct analyses, eg thermal, stress or flow an...
The objective of this thesis project is a study of Pre-Processors and development of an Automatic Me...
The objective of this thesis project is to explore a unique approach toward automatic mesh generatio...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
The use of finite element analysis methods is increasing in all kinds of engineering applications. N...
A new algorithm for generating automatically, from solid models of mechanical parts, finite element ...
This paper describes a new algorithm for the automatic generation of finite element meshes of arbitr...
The developments in mesh generation are usually driven by the needs of new applications and/or novel...
The present study deals with automatic mesh generation with application to finite element methods. W...
The developments in mesh generation are usually driven by the needs of new applications and/or novel...
The structure to a geometry based finite element preprocessing system is presented. The key features...
Today automatic meshing of CAD geometry is the most common method of FEM mesh generation. However, t...
A review of automatic unstructured grid generators i given. These types of grids have found widespre...
The effort at Sandia National Labs. on the methodologies and techniques being used to generate stric...
Includes bibliography. A two-dimensional generator is described which automatically creates optimal ...