A Review of Benchmark Problems for Geometric Non-Linear Behaviour of 3D Beams & Shells (Summary)

This document provides details of 10 benchmark tests for 3D Beam and Shell finite element assemblies exhibiting geometric non-linear behaviour. Each benchmark test is presented in summary, a full description is given in Ref 1. The work was commissioned by NAFEMS and undertaken by NNC Ltd under the direction of the Non-linear Working Group.

The object of the report is to provide details of a set of benchmark problems illustrating the major attributes of geometric non-linear behaviour which a finite element code may be required to deal with when solving ‘real life’ industrial problems. The structures are idealised using 3D beam and shell formulations.

Such structures are said to exhibit geometric non-linearity if their response to the loading is influenced by the changes in the geometry irrespective of the magnitude of the actual deformation or strain. The benchmarks presented here are however restricted to finite displacement, finite rotation and small strain behaviour. Large strain problems are specifically excluded.

A summary of the attributes of geometric non-linear behaviour covered by this set of problems is given. A brief description of each benchmark followed by a overview of the solutions is then presented.

Contents

Introduction
The benchmarks
Attributes
Description of benchmarks
Benchmark solutions
Finite element formulations
References
Tables
Figures



Document Details

ReferenceR0024
AuthorsPrinja. N Clegg. R
LanguageEnglish
TypePublication
Date 1st August 1993
RegionTechnical

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