TRANSIENT LARGE STRAIN ANALYSIS OF PLANE AND AXISYMMETRIC STRUCTURES BY MEANS OF BIQUADRATIC FINITE ELEMENTS
Finite element procedure is presented for refined transient analysis of two-dimensional (plane or axisymmetric) non-linear structures involving arbitrarily large displacements, rotations and strains. The finite element model is based on the biquadratic nine node element of the Lagrange family. The relevant points pertaining to the equations of motion and their integration and to the spatial description including geometrical and material non-linearities are considered. In particular stress and strain rates are discussed. Finally significant numerical applications show the effectiveness of the proposed method.
Bibliographic Reference: 2ND INTERNATIONAL CONFERENCE ON NUMERICAL METHODS FOR NONLINEAR PROBLEMS, BARCELONA (SPAIN), APRIL 9-13, 1984 WRITE TO CEC LUXEMBOURG, DG XIII/A2, POB 1907 MENTIONING PAPER E 31375 ORA
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Record Number: 1989122056700 / Last updated on: 1987-01-01
Available languages: en