Techniques of Finite Elements |
Contents
Dedication | 22 |
natural frequency with respect to a design change Optimization 360 | 23 |
BASIC TECHNIQUES | 43 |
Copyright | |
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Common terms and phrases
beam boundary calculate CALL DOCTOR coefficients convergence coordinates d(area d(volume derivatives diagnostics diagonal DMOD eigenvalues ELOAD ELSTIF engineers equations errors example Exercise finite element forces formula FORTRAN GASH Gauss gives Green's theorem iso-P elements JPROP JVAB linear LNO DZ LNODS LNOMAX Loof nodes LPOP LVABZ LVMAX MAXTRS membrane mesh midside modulus NDIM NELZ NEWRHS nodal line nodal loads nodal variables node number NODMAX normal NSTAGE numerical integration NVEC patch test pivot plane plane strain plane stress polynomial positive definite problem quadratic quadrilateral re-solution right-hand sides rigid body motions rotation roundoff scalar scalar product Section Semiloof shear shear stresses shell slope solution strain energy stress structure subroutine symmetry Taig technique tetrahedron theorem thickness triangle v₁ values vector vector area VLOOF VPROP WCORN WLOOF WRITE WSHEL zero ду дх