Computer Aided Geometric Design deals with those mathematical properties of curves and surfaces that are useful in applications like CAD-systems, fluid mechanics (jet wing design), interpolation and approximation of measured data, etc. An important issue is the triangulation of smooth surfaces. Triangulations of surfaces are frequently used in mesh generation for finite element analysis. Moreover, many graphics (rendering) systems use triangles or polygons as primitives.
This chapter focuses on three computer-aided geometric design (CAGD) techniques that are often neede...
ii Implicit surfaces are a versatile representation of closed manifolds for modeling, simulation and...
This dissertation is concerned with curve and surface modelling. In the past, curves and surfaces we...
Meshing is the process of computing, for a given surface, a representation consisting of piecesof si...
There are many ways in which curves and surfaces may be represented mathematically. This paper discu...
Computer Aided Geometric Design (CAGD) is concerned with efficiently modeling physical objects with ...
This paper highlights algebraic curves and surfaces and illustrates its use in geometric design appl...
A general program is developed to generate finite element mesh over curved surfaces. The domain to b...
Implicit surfaces are often created by summing a collection of radial basis functions. Researchers h...
Implicit surfaces are often created by summing a collection of radial basis functions. Researchers h...
Implicit surfaces are often created by summing a collection of radial basis functions. Researchers h...
Both object modeling and visualization belong to the fundamental tasks of the computer graphics. In ...
Both object modeling and visualization belong to the fundamental tasks of the computer graphics. In ...
Treating an implicit surface as a gradient system allows theorems from catastrophe theory to describ...
Computer Aided Geometric Design (CAGD) is a rapidly growing area that involves theories and techniqu...
This chapter focuses on three computer-aided geometric design (CAGD) techniques that are often neede...
ii Implicit surfaces are a versatile representation of closed manifolds for modeling, simulation and...
This dissertation is concerned with curve and surface modelling. In the past, curves and surfaces we...
Meshing is the process of computing, for a given surface, a representation consisting of piecesof si...
There are many ways in which curves and surfaces may be represented mathematically. This paper discu...
Computer Aided Geometric Design (CAGD) is concerned with efficiently modeling physical objects with ...
This paper highlights algebraic curves and surfaces and illustrates its use in geometric design appl...
A general program is developed to generate finite element mesh over curved surfaces. The domain to b...
Implicit surfaces are often created by summing a collection of radial basis functions. Researchers h...
Implicit surfaces are often created by summing a collection of radial basis functions. Researchers h...
Implicit surfaces are often created by summing a collection of radial basis functions. Researchers h...
Both object modeling and visualization belong to the fundamental tasks of the computer graphics. In ...
Both object modeling and visualization belong to the fundamental tasks of the computer graphics. In ...
Treating an implicit surface as a gradient system allows theorems from catastrophe theory to describ...
Computer Aided Geometric Design (CAGD) is a rapidly growing area that involves theories and techniqu...
This chapter focuses on three computer-aided geometric design (CAGD) techniques that are often neede...
ii Implicit surfaces are a versatile representation of closed manifolds for modeling, simulation and...
This dissertation is concerned with curve and surface modelling. In the past, curves and surfaces we...
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