Chapter Four: Solidification Microstructure: Cells and Dendrites

Foundations of Materials Science and Engineering ; 103 ; 67-108

20.02.2023

42 pages

2297-8143 , 2297-816X

Aufsatz (Zeitschrift)

Elektronische Ressource

Englisch

Deformation , Viscosity , Precipitation , Chemical Potential , Directional Solidification , Single Crystal , Fragmentation , Supersaturation , Cooling Rate , Gas Turbine Blade , Root , Liquid , Interface Energy , X-Ray Imaging , Criterion , Cells , Shrinkage , Convection , Ripening , Thermal Dendrites , Mushy Zone , Perturbation , Diffusion Limited , Diffuse Interface , Boundary Layer , Stagnant Film , Diffusion Coefficient , Cooling Curve , Adaptive Mesh , Secondary Dendrite Arm Spacing , Mass Balance , Curvature , Two-Phase , Secondary Arm Spacing , Local Equilibrium , Prandtl Number , Equiaxed Dendrite , Macro-Segregation , Constitutional Undercooling , Marginal Stability , Reynolds Number , Constrained Growth , Fluid Flow , Thermal Fluctuation , Columnar Zone , Freckles , Competitive Growth , Continued Fraction , Local Solidification Time , Unconstrained , Directional Growth , Numerical Modeling , Paraboloid , Navier-Stokes , Peclet Number , Operating Point , Schmidt Number , Phase-Field , Grain Boundary , Cellular Automaton , Superalloy , Finite Difference Method , Capillary Length , Operating Points , Mechanical Properties , Finite Element Method , Morphologies , Short-Range Order , Freezing Range , Antitrapping Current , Crystallography of Dendrites , Curvature Undercooling , Alloy Dendrite , Exponential Integral , Extremum Growth Criterion , Flux Balance , Growth Constrained , Preferred Direction , Hemispherical Needle , Interface Cellular , Interface Energy Anisotropy , Ivantsov Function , Microscopic Solvability , Needle Crystal , No-Slip Condition , Rayleigh-Plateau Instability , Snow Flake , Solvability Condition , Dendrite Trunk Spacing , Thermal Length , Dendrite Trunk , Twinned Dendrites , Unconstrained Growth , Wavelength of Instability , Dendrite Detachment of Arms , Preferred Growth Direction of Dendrite , Solutal , Primary Trunk Spacing , Diffusion around Dendrite Tip , Driving Force Constitutional Undercooling