Proceedings of the KSME Conference (대한기계학회:학술대회논문집)
- 2001.11a
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- Pages.341-348
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- 2001
Elastic Analysis of Unbounded Solids Using a Mixed Numerical Method
혼합 수치해석 방법을 이용한 무한고체의 탄성해석
- Published : 2001.11.01
Abstract
A Mixed Volume and Boundary Integral Equation Method is applied for the effective analysis of plane elastostatic problems in unbounded solids containing general anisotropic inclusions and voids or isotropic inclusions. It should be noted that this newly developed numerical method does not require the Green's function for anisotropic inclusions to solve this class of problems since only Green's function for the unbounded isotropic matrix is involved in their formulation for the analysis. This new method can also be applied to general two-dimensional elastodynamic and elastostatic problems with arbitrary shapes and number of anisotropic inclusions and voids or isotropic inclusions. Through the analysis of plane elastostatic problems in unbounded isotropic matrix with orthotropic inclusions and voids or isotropic inclusions, it will be established that this new method is very accurate and effective for solving plane elastic problems in unbounded solids containing general anisotropic inclusions and voids or isotropic inclusions.
Keywords
- Mixed Volume and Boundary Integral Equation Method;
- Volume Integral Equation Method;
- Boundary Integral Equation Method;
- Inclusions;
- Voids
- 혼합 체적-경계 적분방정식법;
- 체적 적분방정식법;
- 경계요소법;
- 함유체;
- 공동;