phase-field model - Globe Thesis

Keyword [phase-field model] Result: 1 - 20 \| Page: 1 of 5
1.	Numerical Simulation Of Dendritic Growth In Pure Material's Solidification Process
2.	Atomic-Scale Computer Simulation For Alloy During Early Precipitation Process
3.	Phase Field Simulation Of Solidification Behaviors In Undercooled Melts Using Adaptive Fem
4.	Research On Ceramic Sintering By Synchrotron Radiation X-Ray Computed Tomography
5.	Pattern Formation And Morphological Evolution Of Microstructure On A Pre-stretched Elastomeric Substrate
6.	Study On The Growth Mechanism Of Ice Crystals In The Process Of Freeze Concentration Of Liquid Food
7.	Phase Field Simulation On AZ31 Mg Alloy Grain Growth During Recrystallization In Real Spatio-time Scale
8.	Computation And Simulation Of Microstructure And Phase Transformation In Cu-Ni-Si Alloy
9.	The Computer Simulation Of The Fe-Mo Binary Alloy Spinodal Decomposition With Microscopic Phase-Field Model
10.	The Simulation Of Al-1.96%molCu Binary Alloy During Directional Solidification
11.	Phase-field Simulation Of Grain Growth By The Finite Element Method
12.	Grain Formation Model And Experimental Research On Laser Cladding Metal Layer
13.	Prediction Of Epitaxial Growth Process Using Phase Field Method
14.	Study On Precipitation Process Of Ni)(75)Al₁₄ Mo₁₁ Alloy Under The Strain Energy Field
15.	Microscopic Phase-field Simulation Of Precipitation Process For Ni-Al-Ti Alloy
16.	Investigation On Precipitation Of Ni₇₅Al₁₄Mo₁₁ Alloy By Phase-field Simulation
17.	Phase Field Model And Simulation Of The Evolution Behavior Of Void-type Defects During Czochralski Silicon Single Crystal Growth
18.	Phase Field Numerical Study Of The Dynamic Electromechanical Properties Of Ferroelectric Materials
19.	Numerical Simulation Method Of The Martensitic Transformation In Ti-6Al-4V Alloy And Its Application In High Speed Machining
20.	The Study For Parallel Computing About The Growth Mechanism Of Ice Crystals In The Process Of Freeze Concentration Of Liquid Food Base On The Phase-Field Model
<<First <Prev Next> Last>> Jump to