void growth - Globe Thesis

Keyword [void growth] Result: 1 - 20 \| Page: 1 of 2
1.	Study Of Fracture Behavior In Aluminum Alloys Based On Dislocation Slip
2.	Research On Plastic And Damage Behavior Of Sheet Metal By Using Crystalline Plasticity
3.	Research On Ductile Fracture Of X80 Pipeline Steel And Finite Element Simulation
4.	Dynamic Behavior Of Void Growth And Coalescence For Purity Aluminum Under Dynamic Loading
5.	Study On The Cracks Of Large-diameter Stainless Steel Pipe In Cross Piercing
6.	The Metal Material Microdamage Molecular Dynamics Study
7.	Research On Mesoscopic Simulation And Acoustic Emission Characteristics Of Metal Plastic Materials In Tensile Process
8.	Molecular Dynamics Simulations Of Void Growth And Closing In γ-TiAl Single Crystal
9.	Modelling Of Problems Related To The Temperature Field And Electric Currents In The Intermediate Phases Within Solder Joints
10.	Analysis Of Microvoid Growth And Cavitation In Visco-elastic-plastic Solids Under Thermal Shock
11.	Crystal Plasticity Based Micromechanical Investigation Of Ductile Failure In An Aluminum Alloy
12.	Dynamic Toughening And Damage Evolution Mechanisms Of Metallic Glasses
13.	A Study On The Plastic Deformation Of Nanovoids Initiation And Growth
14.	On better understanding dilute void growth in ductile metals
15.	A molecular dynamics study of void initiation and growth in monocrystalline and nanocrystalline copper
16.	Ductile fracture due to plastic flow, void growth and localization for 3D randomly voided materials
17.	Elastoplastic modelling of multi-phase fiber-reinforced composites with void growth using transformation field analysis and the governing parameter method
18.	Fracture mechanisms in dual phase steels based on the acicular ferrite + martensite/austenite microstructure
19.	Micromechanics of the hydrogen effect on plasticity and interfacial decohesion
20.	Micromechanical modeling of the interaction of diffusion mechanisms and surface energy with nonlinear material deformation: Applications to powder densification and void growth
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