Add to ORKGAn algorithm for visualization of models and results for three-dimensional higher-order finite elements is presented. The algorithm is based on adaptive subdivision of element faces into triangles. The density of triangular subdivision depends upon surface curvature and results gradients. Results are visualized as color contours using texture interpolation. The visualization program is implemented in Java programming language. The JOGL API is used for rendering three-dimensional scenes
Computational simulations frequently generate solutions defined over very large tetrahedral volume m...
technical reportThe use of B-spline geometric representation and subdivision mechanism is explored f...
Abstract. This contribution introduces a framework that can be used as a basis for the deve-lopment ...
contour lines on curved and planar surfaces. Abstract—This paper presents the Element Visualizer (El...
Scientific visualization is the process whereby numerical data is transformed into a visual form to ...
Multiresolution visualization of higher order adaptive finite element simulations / K. G. Siebert .....
contour lines on curved and planar surfaces. Abstract — This paper presents the Element Visualizer (...
Finite element models used in crash worthiness simulations now contain more than one million mostly ...
A general method for the post-processing treatment of high-order finite element fields is presented....
Modeling and displaying complex objects in Computer Graphics often requires using multiple levels of...
One of the most challenging idea is to use an isosurface visualization for the post-processing of th...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2007.In...
In the adaptive finite element method (AFEM), high order finite elements are usually used in the com...
Multilevel representations and mesh reduction techniques have been used for accelerating the process...
A general method for the post-processing treatment of high-order finite element fields is presented....
Computational simulations frequently generate solutions defined over very large tetrahedral volume m...
technical reportThe use of B-spline geometric representation and subdivision mechanism is explored f...
Abstract. This contribution introduces a framework that can be used as a basis for the deve-lopment ...
contour lines on curved and planar surfaces. Abstract—This paper presents the Element Visualizer (El...
Scientific visualization is the process whereby numerical data is transformed into a visual form to ...
Multiresolution visualization of higher order adaptive finite element simulations / K. G. Siebert .....
contour lines on curved and planar surfaces. Abstract — This paper presents the Element Visualizer (...
Finite element models used in crash worthiness simulations now contain more than one million mostly ...
A general method for the post-processing treatment of high-order finite element fields is presented....
Modeling and displaying complex objects in Computer Graphics often requires using multiple levels of...
One of the most challenging idea is to use an isosurface visualization for the post-processing of th...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2007.In...
In the adaptive finite element method (AFEM), high order finite elements are usually used in the com...
Multilevel representations and mesh reduction techniques have been used for accelerating the process...
A general method for the post-processing treatment of high-order finite element fields is presented....
Computational simulations frequently generate solutions defined over very large tetrahedral volume m...
technical reportThe use of B-spline geometric representation and subdivision mechanism is explored f...
Abstract. This contribution introduces a framework that can be used as a basis for the deve-lopment ...