Current research involving applications of geometry to finite element computation
β Scribed by E.L. Wachspress
- Publisher
- Elsevier Science
- Year
- 1980
- Weight
- 81 KB
- Volume
- 1
- Category
- Article
- ISSN
- 0270-0255
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π SIMILAR VOLUMES
Large-scale parallel computation can be an enabling resource in many areas of engineering and science if the parallel simulation algorithm attains an appreciable fraction of the machine peak performance, and if undue cost in porting the code or in developing the code for the parallel machine is not
The phenomenon of corona discharge from thin-wire or sharp-point electrodes has found various important applications especially when effective charging devices are needed. In most parts of the corona charge transport region, the unipolar charge current is established as a consequence of the drifting
It is known that the finite-element method FEM may gi¨e rise to inaccurate results when lower order elements are applied to analyze problem geometries that contain ¨ery fine features such as narrow conducting strips or thin slots. In this letter, higher order ¨ector finite elements are utilized to s