Asymptotic analysis of a rod with small bending stiffness

Author:

Wolfe Peter

Abstract

In this paper we consider a model problem for the deformation of a rod with small bending stiffness. We show that this problem can be considered as a singular perturbation of the problem in which the rod is replaced by a string with no resistance to bending. We construct an approximate solution to this problem. As the bending stiffness tends to zero this solution tends to the solution of the string problem away from the ends of the rod which are assumed to be clamped. However, as one would expect, there is a boundary layer near each end of the rod. The main point of the paper is to show how to construct the boundary layer corrections.

Publisher

American Mathematical Society (AMS)

Subject

Applied Mathematics

Reference4 articles.

1. Qualitative behavior of buckled nonlinearly elastic arches;Antman, Stuart S.;J. Elasticity,1980

2. Singularly perturbed boundary value problems for nonlinear systems, including a challenging problem for a nonlinear beam;Flaherty, Joseph E.,1982

3. Equilibrium states of an elastic conducting rod in a magnetic field;Seidman, Thomas I.;Arch. Rational Mech. Anal.,1988

4. Bifurcation theory of an elastic conducting wire subject to magnetic forces;Wolfe, Peter;J. Elasticity,1990

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1. Patching Asymptotics Solution of a Cable with a Small Bending Stiffness;Journal of Structural Engineering;2013-02

2. Multiple Scales Solution for a Beam with a Small Bending Stiffness;Journal of Engineering Mechanics;2010-01

3. Hanging cables with small bending stiffness;Nonlinear Analysis: Theory, Methods & Applications;1993-05

4. DEFORMATION OF RODS WITH SMALL BENDING STIFFNESS;The Quarterly Journal of Mechanics and Applied Mathematics;1993

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