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Analysis of thermoelastic stress-concentration around oblate cavities in three-dimensional generally anisotropic bodies by the boundary element method
Y. C. Shiah
Department of Aeronautics and Astronautics
Research output
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Contribution to journal
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Article
›
peer-review
4
Citations (Scopus)
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Dive into the research topics of 'Analysis of thermoelastic stress-concentration around oblate cavities in three-dimensional generally anisotropic bodies by the boundary element method'. Together they form a unique fingerprint.
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Mathematics
Boundary Element Method
57%
Derivative
8%
Discretization
10%
Fourier series
12%
Fundamental Solution
13%
Green's function
12%
Series Representation
15%
Stress Concentration
75%
Thermoelastic
60%
Three-dimensional
38%
Engineering & Materials Science
Boundary element method
60%
Boundary integral equations
49%
Derivatives
14%
Fourier series
21%
Green's function
21%
Stress concentration
46%
Thermoelasticity
25%
Physics & Astronomy
boundary element method
58%
cavities
33%
derivation
9%
Fourier series
12%
Green's functions
9%
integral equations
19%
stress concentration
62%
thermoelasticity
13%
Chemical Compounds
Chemical Transformation
34%
Displacement
44%
Thermoelasticity
100%
Volume
31%