Crystal Plasticity - Globe Thesis

Keyword [Crystal Plasticity] Result: 1 - 19 \| Page: 1 of 1
1.	Study On Microscopic Performance Of Radial Forging Body And Finite Element Simulation Of Crystal Plasticity
2.	Research On Constitutive Integrational Algorithms For Automotive Lightweight Sheet In Warm/Hot Forming
3.	A Comprehensive Study Of Rheological Behavior Of Light Alloys Using Thermo-simulation Test And Crystal Plasticity Theory
4.	The Micro Structure Stress Analysis Of The Wind Slewing Bearing And Secondary Development Of ABAQUS
5.	Test And Crystal Plasticity Numerical Study On The Evolutionof Metals Subsequent Yield Surface
6.	Micromechanics Of Supercritical Steam Turbine Rotor Steel A Refine 12Cr Based On CPFEM
7.	Researches On Tensile Properties And Fatigue Behavior Of Ni-based Alloy GH4169 Based On Crystal Plasticity Finite Element
8.	Research On The Surface Roughness Evolution And Surface Finish Controlling In Cold Plastic Deformation
9.	The Creep Properties Of Nickel-based Single Crystal Superalloy Under Overheating And Overload Conditions
10.	Study On Mechanism Of Microstructure Evolution And Casting Defects Of Nickel-based Superalloys On Creep & Fatigue Properties
11.	Research On Fatigue Behavior And Cyclic Plastic Constitutive Model Of Nickel-based Intermetallic Material
12.	Study On Multiaxial Constitutive Model Of DD6 Alloy
13.	Research On Fatigue Life Prediction Method Of Axle Material Based On Crystal Plasticity Finite Element Model
14.	Integration Of Physical Model And Data-driven Approach For Numerical Modeling Of Additively Manufactured Metallic Materials
15.	Stress-based Study On The Initiation Of Stress Corrosion Cracking Of Irradiated 304 Stainless Steel
16.	Research On Numerical Simulation Method Of Recrystallization Texture Evolution Of Nuclear Power Large Forgings
17.	Research On Gear Contact Fatigue Behavior Based On Crystal Plasticity Coupled Damage Theory
18.	Study On Gear Contact Fatigue Based On A Material Microstructure Sensitive Model
19.	The Crack Initiation Mechanism Of Inclusion Matrix Under Rolling Contact Fatigue Is Studied Based On Crystal Plasticity
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