Cohesive zone model - Globe Thesis

Keyword [Cohesive zone model] Result: 1 - 20 \| Page: 1 of 2
1.	Study Of Material Fracture Behavior Based On J-integral And Configurational Forces Theory
2.	Analysis Of Bonding Behavior Of Adhesively Jointing Structures With Cohesive Zone Model
3.	The Analysis Of Cohesive Zone Model And User-defined Subroutine Development In Finite Element Method
4.	Simulation Study On Fatigue Crack Propagation
5.	Determination Of Cohesive Zone Model Laws Of Short Fiber Composites In Both Macro And Micro Scale Using Experimental And Numerical Hybrid Method
6.	Ductile Material Damage Numerical Simulation Of The Fracture Process
7.	Virtual Crack Closure Technique And Discrete Cohesive Zone Model For Line Type Cracks On Surface
8.	Discrete Cohesive Zone Model And Its Application
9.	Study Of Crack Propagation In Nickel-base Single Crystal Alloy
10.	A Study On Elastic-plastic Mixed-mode Fatigue Crack Propagation
11.	The Element-Free/Mesh-Free Methods Based On The Moving Least-Squares Approximation And Their Application In The Numerical Simulations Of Higher-Order Continuum Structures
12.	Identification Of The Cohesion Zone Model Parameters Based On Digital Image Correlation Technique
13.	Element-free Method For Thermoelastic Fracture Mechanics Based On The Cohesive Zone And Crack Segments Model
14.	Study On The Interface Behavior Of The Adhesive Structures With Graded Materials
15.	Research On Fatigue And Fracture Characteristics Of Power Module Bonding Wire Interface
16.	Research On Extraction Methods Of Cohesive Zone Laws In Material Fracture
17.	Numerical Study On Nonlinear Mechanics Of Large Deformation,Contact And Adhesion Of Soft Materials
18.	Development Of A Cohesive Zone Model For Modeling Rock Fragmentation And Its Application In Rock Avalanche Analysis
19.	Study On The Degradation Of Mode-? Fracture Behaviour Of Structural Adhesive Under Hygrothermal Environment
20.	Numerical Study On Crack Propagation Of REBCO Superconducting Laminated Tapes Considering The Behavior Of Interfacial Failure
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