Research Catalog

Physics of dendrites : computational experiments

Title: Physics of dendrites : computational experiments / P.K. Galenko, V.A. Zhuravlev.
Author: Galenko, P. K. (Peter Konstantinovich), 1961-
Publication: Singapore ; River Edge, NJ : World Scientific, 1994.

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Status	Format	Access	Call Number	Item Location
Request for On-site Use Request Scan How do I pick up this item and when will it be ready?	Text	Request in advance	QC173.457.C64 G35 1994	Off-site

Additional Authors

Zhuravlëv, V. A. (Vitaliĭ Anatolʹevich)

Description

x, 199 pages : illustrations; 22 cm

Subjects

Bibliography (note)

Contents

Ch. 1. Introduction to Structure Formation Physics. 1.1. Quasi-Equilibrium Crystallization. 1.2. Microstructure and mechanism of surface growth. 1.3. Supercooling in melt and on crystallization front. 1.4. Dendritic structure of alloys. 1.5. Grain structure formation in alloys -- Ch. 2. Dendrite-Grain Structures: Experiment. 2.1. General information. 2.2. Dendritic crystals NH[subscript 4]CL-H[subscript 2]O. 2.3. Casted structure of steels. 2.4. X-ray-metallographic analysis -- Ch. 3. Crystallization Synergetics. 3.1. Thermodynamics of growth forms. 3.2. Entropy production. 3.3. Dendrite scale. 3.4. Stability of planar crystallization front. 3.5. Growth of a needle dendrite. 3.6. Local-nonequilibrium crystallization -- Ch. 4. Isotropic Model of Dendrite Crystallization. 4.1. Physics of dendrite-grain structure formation. 4.2. Mathematical description of dendrite crystallization. 4.3. Computer physics of dendrites: results -- Ch. 5. Anisotropic Model of Dendritic Crystallization.
5.1. Physical and mathematical description. 5.2. Free dendritic growth. 5.3. Dendritic growth in metallic alloys. 5.4. Dendrites as fractals. 5.5. Cooperative growth: dendrites and grains. 5.6. Dendritic Growth from Amorphous State.

ISBN

9810220626

LCCN

94040113

OCLC

Owning Institutions

Columbia University Libraries