Binary alloys - Globe Thesis

Keyword [Binary alloys] Result: 61 - 80 \| Page: 4 of 5
61.	Quantitative micro-modeling of dendrite growth controlled by solutal effects in the low Peclet regime for binary alloys
62.	Numerical simulation of microstructural evolution of inhomogeneous elastic media
63.	Development and application of advanced electron microscopy characterization techniques to binary titanium -- molybedenum alloys
64.	Numerical simulation of dendritic growth of binary alloys
65.	Phase and microstructural stability in immiscible binary alloys under irradiation
66.	Elastic effects in diverse material systems: Phase separation of coherent binary alloys and carbon nanotube systems
67.	Computer simulation studies of the structures of the liquid-vapor interfaces of metals and binary alloys
68.	Dynamics of pattern formation during directional solidification of binary alloys
69.	Numerical simulation of directional solidification of binary alloys with high thermal gradients
70.	Applications of the cluster expansion to substitutional disorder in ternary and hexagonal-close-packed binary alloys
71.	Modeling of the formation of macrosegregation during solidification of binary alloys
72.	Atomistic studies of grain boundaries in disordered and ordered binary alloys
73.	Combined first principles electronic structure calculations and thermodynamic study of binary alloys
74.	Domain wall pinning in the iron-rich iron-gold and iron-copper binary alloys
75.	SOLIDIFICATION STRUCTURE FORMATION IN HIGHLY UNDERCOOLED BINARY ALLOYS
76.	Phase equilibria of Fe-C binary alloys in a magnetic field
77.	Influence Of Aluminum Contents On The Mechanical Properties Of Ti-Al Binary Alloys
78.	Effect Of La And Ca On The Microstructure,Room Temperature Mechanical And Thermal Expansion Properties Of Magnesium Alloys
79.	Numerical Modeling Of Dendritic Growth Of Binary Alloys In Additive Manufacturing Using A Lattice Boltzmann-phase Field Method
80.	The Constitutive Relationship Between Elastic Modulus And Structure Of Ti-based Binary Alloys By Big Data Mining
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