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Future Developments in Structural Analysis
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English
Abstract
The power and generality of the finite element approach to structural analysis is evident from the literature. However, this very generality demands that the user define his problem to the finite element computer program in great detail and with precision. To extend the use of this method within industry and to approach more complex dynamic, nonlinear problems requires new solutions to the problem of generating large, error-free piles of data and improvements in the efficiency of the computer programs and in the flexibility of model description. This paper describes near- and long-term developments aimed at solving these problems.
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Citation
Thompson, J., "Future Developments in Structural Analysis," SAE Technical Paper 740008, 1974, https://doi.org/10.4271/740008.Also In
References
- “Evans & Sutherland System.” Datamation August 1973 94
- Sutherland Ivan E. “Computer Displays.” Scientific American 222 6 June 1970 56 81
- Buell W. R. Bush B. A. “Mesh Generation - A Survey.” ASME Paper 72-WA/DE-2 November 1972
- Chang David C. “Effects of Flexible Connections on the Body Structural Response.” Paper 740041 SAE Automotive Engineering Congress Detroit February 1974
- Nagy L. I. “Finite Element Method in Automobile Design.” Proceedings of Finite Element Analysis Seminar Tokyo, Japan University of Tokyo Press November 1973
- Abla Mike H. “Coupling of Substructures for Static Structural Analysis.” Paper 700217 SAE Business Aircraft Meeting Wichita March 1970
- Hamann W. C. “Interfacing Finite Element Methods with Product Design Engineering.” ASME Paper 73-DE-24 April 1973
- Paulsen W. Charles “Finite Element Stress Analysis/ Parts I, II, and III.” Machine Design Sept. 30 Oct. 14 Oct. 28 1971
- Borowski V. J. Steury R. L. Lubkin J. L. “Finite Element Analysis of an Automotive Frame.” Paper 730506 SAE Automobile Engineering Meeting Detroit May 1973
- Bigham C. H. “The Complementary Roles of Analysis and Testing in Aircraft Structural Substantiation.” Paper 700216 SAE Business Aircraft Meeting Wichita March 1970
- Cook E. L. Goldberg D. R. “Finite Element Structural Analysis Using Computers.” SAE Transactions 79 1970 paper 700218
- Felton L. P. Rubinstein M. F. “Optimum Structural Design.” SAE Transactions 77 1968 paper 680752
- Wallace D. B. Seireg A. “A Finite Element Based Procedure for Simulating Transient Response and Failure of a Two-Dimensional Continuum with Nonlinear Material Characteristics.” ASME Paper 72-WA/DE-4 November 1972
- Lee C. H. Kobayashi S. “New Solutions to RigidPlastic Deformation Problems Using a Matrix Method.” ASME Paper 72-WA/Prod-12 November 1972
- Wilson E. A. “A Design Oriented Approach to Creep and Plasticity in Finite Element Programs.” ASME Paper 70-WA/DE-4 November 1970
- Ni Chi-Mou “Impact Response of Curved Box Beam Columns With Large Global and Local Deformations.” AIAA Paper 73-401 March 1973
- Thompson J. E. “Vehicle Crush Prediction Using Finite Element Techniques.” Paper 730157 SAE Automotive Engineering Congress Detroit January 1973
- Mehta H. S. Kobayashi S. “Finite Element Analysis and Experimental Investigation of Sheet Metal Stretching.” ASME Paper 72 -WA/PROD-11 November 1972
- George Robert J. “Determination of Natural Frequencies and Mode Shapes of Chassis Frames.” Paper 730504 SAE Automobile Engineering Meeting Detroit May 1973
- Miki K. Nagai M. Adachi E. “Elastic Vibration Analysis of Passenger Car Bodies (Bending and Torsion).” SAE Transactions 78 1969 paper 690272
- Rote Robert R. Chatfield David A. “Strain Rate Effects on the Properties of High Strength, Low Alloy Steels.” Paper 740177 SAE Automotive Engineering Congress Detroit February 1974