Phase Field Method - Globe Thesis

Keyword [Phase Field Method] Result: 121 - 140 \| Page: 7 of 9
121.	Multi-field Coupled Phase Field Model Of PF-LBM Based On OpenCL Parallel
122.	Mesoscopic study of multiferroic materials
123.	The fundamentals and applications of phase field method in quantitative microstructural modeling
124.	Numerical investigation of thermosolutal free dendritic growth of binary alloys with the phase-field method
125.	Stability Analysis of Metals Capturing Brittle and Ductile Fracture through a Phase Field Method and Shear Band Localization
126.	Study On The Formation Mechanism Of Complex Hydraulic Fractures In Deep Shale Reservoirs
127.	Fracture Propagation Modelling Of Shale Hydraulic Fracturing Based On Phase Field Method
128.	Study On Fracture Mechanism Of Fiber Reinforced Composite Based On Phase Field Theory
129.	Grain Growth Model And Experimental Study On Semi-solid Microstructure Of AZ91D Magnesium Alloy
130.	Phase-field Method Research On Microstructure Of Solidification Under Forced Flow
131.	Numerical Simulation Study On Formation And Instability Of TiAl Lamellar Microstructure
132.	Coupled Spectral Based Crystal Plasticity And Phase Field Twinning Model And Its Application
133.	Research On Fracture Creation Characteristics And Fracture Propagation Based On Phase Field Model
134.	Artificial Fracture Deflection And Propagation Mechanism Based On Phase Field Method
135.	A Computational Approach Together With Its Numerical Implementation For Simulating The Damage Evolution Of Continuous Fiber-reinforced Ceramic Matrix Composites Based On The Phase Field Method
136.	The Study To The Effect Of Dielectric Layer And Space Charge On The Performance Of Ferroelectric Field Effect Transistor Based On Hafnium Oxide
137.	Phase Field Method Simulation Of Ti-Al Alloy Dendrite Growth
138.	Study On Precipitation Mechanism Of Ni-Rich Phase In Cu-Ni-Si-Mg Alloy By Phase Field Method
139.	Phase Field Simulation Of Dendrite Growth In Ni-Sn Alloy
140.	Quantitative Control Of The Microstructure In Mg-Gd-Zn Alloys For Lightweight Automobiles:A Phase-field Study
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