A system of routines implementing exact strain-displacement relationships for curved beams is described. The function of the main routines and the structure of the system are outlined. The software has been designed to provide a proper and simple approach to problems characterized by nonlinear kinematics. It has proved to be a useful tool for developing well structured codes implementing user-defined algorithms. A finite element formulation can be obtained leading either to a compatible or to a mixed model.

A system of routines for finite element analysis of curved beams

TATONE, Amabile;
1984

Abstract

A system of routines implementing exact strain-displacement relationships for curved beams is described. The function of the main routines and the structure of the system are outlined. The software has been designed to provide a proper and simple approach to problems characterized by nonlinear kinematics. It has proved to be a useful tool for developing well structured codes implementing user-defined algorithms. A finite element formulation can be obtained leading either to a compatible or to a mixed model.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11697/37447
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