Polyteknisk Boghandel

Advanced powder metallurgy (PM) processes are at the edge of materials engineering through their ability to produce components having superior physical and mechanical properties, stiffness, low density, and higher temperature capabilities. The range of advanced materials is continually being expanded through the development of new powder production processes, for example to produce ultrafine and nanocrystalline powders. This book reviews the most recent trends and innovations in the field.

Partial table of contents: BULK AMORPHOUS MATERIALS. Solid State Amorphization by Cold-Rolling (H. Sieber, et al. ). Bulk Fe-Based Glassy Alloys Prepared by Casting and Powder Metallurgy (T. Mizushima, et al. ). Bulk Ferromagnetic Amorphous Alloys (H. Chiriac & N. Lupu). UNDERCOOLING. Advances in Modeling of Crystal Nucleation from the Melt (F. Spaepen & J. Fransaer). Quantitative Studies on Dendritic Solidification (E. Kaufmann, et al. ). Rapid Solidification of Undercooled Succinonitrile Melts Within Thin Capillary Tubes (A. Ludwig, et al. ). Undercooling and Crystal Growth Velocity During Rapid Solidification (C. Caesar). POWDERMETALLURGY. Structure Property Relationships of Porous Sintered Iron and Steel (M. Dalgic & P. Beiss). Numerical Modelling of Powder Metallurgy Processes (R. Baccino, et al. ). Fine Particle Atomization Technology (J. Hamill & C. Schade). Porous Electrodes Sinterised From Nickel Powder Made by Gas Reduction of the Nickel Oxides (E. Vasilescu &
I. Vasilescu). Characterization of Microstructure of Sintered and Laser Remelted Composites (Z. Gacsi, et al. ). Indexes.