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Front MatterAbstract - Hi-Res PDF (298 KB) - PDF w/links (298 KB)
Chapter 1. Mechanisms of transport phenomenaAbstract - Hi-Res PDF (520 KB) - PDF w/links (439 KB)
Chapter 2. Governing equations for transport phenomenaAbstract - Hi-Res PDF (488 KB) - PDF w/links (423 KB)
Chapter 3. Similarities among three types of transport phenomenaAbstract - Hi-Res PDF (323 KB) - PDF w/links (321 KB)
Chapter 4. Basics of finite difference methodsAbstract - Hi-Res PDF (348 KB) - PDF w/links (348 KB)
Chapter 5. Steady state heat conductionAbstract - Hi-Res PDF (704 KB) - PDF w/links (555 KB)
Chapter 6. Transient heat conductionAbstract - Hi-Res PDF (689 KB) - PDF w/links (528 KB)
Chapter 7. Phase change problemsAbstract - Hi-Res PDF (423 KB) - PDF w/links (392 KB)
Chapter 8. Discretization schemes for convection and diffusion termsAbstract - Hi-Res PDF (360 KB) - PDF w/links (347 KB)
Chapter 9. Solution algorithms for fluid flow analysisAbstract - Hi-Res PDF (321 KB) - PDF w/links (322 KB)
Chapter 10. Fluid flow analysis using the SIMPLE method based on the Cartesian coordinate systemAbstract - Hi-Res PDF (883 KB) - PDF w/links (712 KB)
Chapter 11. Fluid flow analysis using the SIMPLE method based on the body-.tted coordinate systemAbstract - Hi-Res PDF (930 KB) - PDF w/links (574 KB)
Chapter 12. Modelling of mould fillingAbstract - Hi-Res PDF (1262 KB) - PDF w/links (529 KB)
Chapter 13. Modelling of microstructure evolutionAbstract - Hi-Res PDF (5676 KB) - PDF w/links (1280 KB)
