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Use of stiffness method for analyzing 3-dimensional solids; numerical experiments show importance of using monotonic convergence criteria, and demonstrate desirability of using energy relations to define loading; accuracy of prism geometry over tetrahedron; basis for development of 4 stiffness matrices are presented and coefficients cited for matrices of special interest; 6 loadings on rectangular prism are analyzed.
Use of stiffness method for analyzing 3-dimensional solids; numerical experiments show importance of using monotonic convergence criteria, and demonstrate desirability of using energy relations to define loading; accuracy of prism geometry over tetrahedron; basis for development of 4 stiffness matrices are presented and coefficients cited for matrices of special interest; 6 loadings on rectangular prism are analyzed.
Structural analysis of solids
ASCE -- Proc (J Structural Div)
Melosh, R.J. (author)
1963
20 pages
Article (Journal)
English
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