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Formex Configuration Processing for a Multi-Layered Long Span Aircraft Hangar
With the availability of fast computers and powerful packages to match, stress analysis of complex structures, such as a Multi-Layered Long Span Aircraft Hangar described in this paper, for multiple loading conditions, is no longer a problem. But preprocessing of input data continues to be a tedious, time-consuming chore. It is here that formex algebra and its programming language Formian provided a breakthrough. The paper demonstrates the power of these tools in generating the topology of a triple layered space frame and its five-layered front girder in a few pages of text.
Formex Configuration Processing for a Multi-Layered Long Span Aircraft Hangar
With the availability of fast computers and powerful packages to match, stress analysis of complex structures, such as a Multi-Layered Long Span Aircraft Hangar described in this paper, for multiple loading conditions, is no longer a problem. But preprocessing of input data continues to be a tedious, time-consuming chore. It is here that formex algebra and its programming language Formian provided a breakthrough. The paper demonstrates the power of these tools in generating the topology of a triple layered space frame and its five-layered front girder in a few pages of text.
Formex Configuration Processing for a Multi-Layered Long Span Aircraft Hangar
Ramaswamy, G. S. (author) / Prakash, N. Surya (author)
International Journal of Space Structures ; 14 ; 225-232
1999-09-01
8 pages
Article (Journal)
Electronic Resource
English
Formex Configuration Processing for a Multi-Layered Long Span Aircraft Hangar
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