Computer Usage in Materials Education: Proceedings of a SymposiumGerald L. Liedl, Karnamadakala S. Sree Harsha, K. S. SreeHarsha |
Contents
Preface | 1 |
Computer Applications in the Metallurgical Engineering | 31 |
Numerical Solution of Stimultaneous Differential | 45 |
Copyright | |
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acquisition and control algorithm alloy assignment batch boundary calculation chrysocolla coefficient computer applications computer simulation computer usage computer-based data acquisition considered continuity equations course data acquisition described determined diffusion dimensionless displayed divacancy edge dislocation equilibrium Euler angles experimental extractive metallurgy flotation flow forging free energy gas composition Gibbs Free Energy hardware heat Hewlett-Packard illustrate initial interactions interface kinetic laboratory Leaching System lixiviant lixiviant concentration main input stream Materials Engineering Materials Science metallic species metallurgy method microcomputer Miller indices mode mole fraction Monte Carlo numerical analysis numerical solution operation ordinary differential equations output parameters partial differential equations particle assembly phase diagram plotted pole figures potential process control production profiles rate constant rate equation reactors in series retention rotate Screen Dump shown in Figure simultaneous solved square planar crystal stereogram stress structure temperature thermodynamic tion undergraduate vacancy