Crystal plasticity - Globe Thesis

Keyword [Crystal plasticity] Result: 61 - 80 \| Page: 4 of 10
61.	Shear Band Development In FCC And BCC Polycrystals With Crystal Plasticity Finite Element Method Simulations
62.	Study On Effects Of Different Surface Layer Properties On Mechanical Charactors In Micro Forming Process
63.	Mechanical Response Of Crystal Plasticity For Hexagonal Close Packed Magnesium
64.	The Polycrystal Plasticity Based Thermo-mechanical-dynamic Recrystallization Coupled Modeling And The Integrated Computation On Magnesium Extrusion Process
65.	Simulation Of Microstructure Evolution During Intercritical Annealing Of Cold-rolled Dual-phase Steel
66.	Coupled Crystal Plasticity-dynamic Recrystallization Modeling Of The Extrusion Of Magnesium Alloy
67.	Crystal Plasticity Analysis Of The Mechanism Of Ductility Dip Cracking In Ni-based Weld Metal
68.	Mechanical Behaviors Of Nanostructured FCC Metals With Low Stacking Fault Energy
69.	Experimental And Crystal Plasticity Analysis On The Deformation Mechanisms And Forming Limit Of AZ31B Mg Alloy Sheet At Warm Conditions
70.	Research On The Disbonding Mechanism For SA508-3/EQ309L Dissimilar Joint
71.	An Integrated Crystal Plasticity-Phase Field Model For The Plastic Deformation Of Magnesium
72.	Texture Evolution And Formation Mechanism Of Zircaloy-4 Tube During Cold Pilgering
73.	Investigation Of The Dynamic Response Of Typical Metals Subjected To Shock Loading With Crystal Plasticity Model
74.	Research On Hot Deformation Behavior And Variable-rate Hot Gas Forming Of TA15 Titanium Alloy Sheet
75.	Anisotropic Ultra-Precision Diamond Cutting Mechanism Of Polycrystalline Copper
76.	The Simulation On Deformation Texture And Damage Of Face-centered Cubic Metals By Crystal Plasticity
77.	Mesoscopic Model Of Welded Joints Of Aluminum Alloy And Numerical Simulation Of Stress Change After Corroded
78.	Crystal Plasticity Modeling Of Deformations In Magnesium Based On Slip And Twinning Mechanisms
79.	Computer Simulation Of Mechanical Tensile Properties On Grain Boundary In Bicrystal γ-TiAl
80.	Coupled Hydrogen Concentration-Stress Field Simulation Based On Heat Transfer Analogy
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