Interaction between inclined and curved cracks problems in plane elasticity

In this thesis, the interaction between inclined and curved cracks problem in plane elasticity is formulated into the hypersingular integral equations using the complex variable function method. Then, using the curved length coordinate method, the cracks are mapped into a straight line which require...

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Main Author: Aridi, Mohd Radzi
Format: Thesis
Language:English
Published: 2014
Subjects:
Online Access:http://psasir.upm.edu.my/id/eprint/52111/1/IPM%202014%206RR.pdf
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author Aridi, Mohd Radzi
author_facet Aridi, Mohd Radzi
author_sort Aridi, Mohd Radzi
collection UPM
description In this thesis, the interaction between inclined and curved cracks problem in plane elasticity is formulated into the hypersingular integral equations using the complex variable function method. Then, using the curved length coordinate method, the cracks are mapped into a straight line which require less collocation points, hence give faster convergence. In order to solve the equations numerically, the quadrature rules are applied and we obtained the unknown coeficients with M+1 collocation points. The obtained unknown coeficients will later be used in calculating the stress intensity factors. Firstly, we investigated the problems between straight and curved cracks problem in plane elasticity. The results give good agreements with the existence results. Then, we extended the problem for the interaction between inclined and curved cracks problem in plane elasitcity. For numerical examples, four types of loading modes have been presented : Mode I, Mode II, Mode III and Mix Mode.
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spelling upm.eprints-521112017-05-02T02:33:00Z http://psasir.upm.edu.my/id/eprint/52111/ Interaction between inclined and curved cracks problems in plane elasticity Aridi, Mohd Radzi In this thesis, the interaction between inclined and curved cracks problem in plane elasticity is formulated into the hypersingular integral equations using the complex variable function method. Then, using the curved length coordinate method, the cracks are mapped into a straight line which require less collocation points, hence give faster convergence. In order to solve the equations numerically, the quadrature rules are applied and we obtained the unknown coeficients with M+1 collocation points. The obtained unknown coeficients will later be used in calculating the stress intensity factors. Firstly, we investigated the problems between straight and curved cracks problem in plane elasticity. The results give good agreements with the existence results. Then, we extended the problem for the interaction between inclined and curved cracks problem in plane elasitcity. For numerical examples, four types of loading modes have been presented : Mode I, Mode II, Mode III and Mix Mode. 2014-06 Thesis NonPeerReviewed application/pdf en http://psasir.upm.edu.my/id/eprint/52111/1/IPM%202014%206RR.pdf Aridi, Mohd Radzi (2014) Interaction between inclined and curved cracks problems in plane elasticity. Masters thesis, Universiti Putra Malaysia. Elasticity - Mathematics Periodic functions Differential equations
spellingShingle Elasticity - Mathematics
Periodic functions
Differential equations
Aridi, Mohd Radzi
Interaction between inclined and curved cracks problems in plane elasticity
title Interaction between inclined and curved cracks problems in plane elasticity
title_full Interaction between inclined and curved cracks problems in plane elasticity
title_fullStr Interaction between inclined and curved cracks problems in plane elasticity
title_full_unstemmed Interaction between inclined and curved cracks problems in plane elasticity
title_short Interaction between inclined and curved cracks problems in plane elasticity
title_sort interaction between inclined and curved cracks problems in plane elasticity
topic Elasticity - Mathematics
Periodic functions
Differential equations
url http://psasir.upm.edu.my/id/eprint/52111/1/IPM%202014%206RR.pdf
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