Unified computer code developed to implement multidisciplinary approach to design and analysis of composite-material structures that must withstand high temperatures. Code modular: includes executive module communicating with and coordinating other modules performing calculations pertaining to traditionally separate disciplines like those of acoustics, structural vibrations, structural loads, and thermal effects. Essential feature, finite-element numerical simulation of relevant physical phenomena according to applicable disciplines. Same finite-element mesh used in thermal, vibrational, and structural analyses; minimizing data-preparation time and eliminating errors incurred in transforming temperatures from one finite-element mesh to another.
Multidisciplinary Design Of Hot Composite Structures
1996-03-01
Miscellaneous
No indication
English
Multidisciplinary Design of Hot Composite Structures
Online Contents | 1996
Multidisciplinary tailoring of hot composite structures
AIAA | 1992
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Tema Archive | 2008
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