stress intensity factors - Globe Thesis

Keyword [stress intensity factors] Result: 41 - 60 \| Page: 3 of 4
41.	Investigation On The Thermal Fracture Mechanics Of Nonhomogeneous Materials With Interfaces
42.	Interaction And Propagation Research Of The Cracks With Unequal Length In Cement Brittle Materials
43.	The Numerical Simulation Analysis On The Mechanical Characteristics Of Some Typical Cracks In Pressure Pipes
44.	Finite Element Analysis On Stress Intensity Factors Of Piping Branch Junctions With Cracks
45.	Analysis Of The Interface Crack Problems Using Universal Weight Function Method
46.	Research And Application Of Digital Image Correlation Method Based On Finite Element Formulation
47.	Bimaterial Interface Crack Tip Singularity And The Stress Field
48.	Experimental Studies On Fault Propagation Based On Digital Image Correlation Method
49.	A Finite Element Analysis Of The Singular Field At The Interface End Of Heat Engine
50.	Scattering Of Out-plane Waves By Defects Near Interface And Complex Terrain
51.	Scattering Of SH-waves By Circular Cavity And Crack Near Orthotropic Medium Interface
52.	The Study On A Surface Stability And Spontaneous Delamination Of Piezoelectric Thin Films
53.	The Study On The Interaction Of Various Types Of Defects And Fracture Dynamics In Piezoelectricity Of One-dimensional Hexagonal Quasicrystals
54.	Analysis Of Two-dimensional Multi-field Fracture Problem With Iterative-BEM
55.	Application Of The High-order/extended Finite Element Method In Two Dimensional Fracture Mechanics
56.	Improved Complex Variable Element Free Galerkin Method For Linear Elastic Crack Growth Problems
57.	Development of three-dimensional enriched crack tip finite element for linear poroelastic materials
58.	Three-dimensional elastic-plastic dynamic fracture analysis for stationary cracks using enriched elements
59.	Analyses of stress intensity factors for structural integrity in mechanical components
60.	Stress Intensity Factors and Effective Spring Stiffness for Interfaces with Two and Three Dimensional Cracks at the Interface between Two Dissimilar Materials
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