| Description
| This course studies transport phenomena in materials processing, and the primary textbook for this graduate-level course was selected as “Transport Phenomena in Materials Processing”. The lecture content integrates fluid dynamics, energy transport, and mass transport in materials processing and engineering applications. Rather than treating transport phenomena as abstract mathematical formulations, the lecturer aims to emphasize the derivation of governing equations from fundamental conservation laws and highlight their physical meaning in real processing systems.
Topics include laminar and turbulent flow, heat conduction and convection, radiation, diffusion in solids, solidification, and interphase mass transfer, all with strong engineering relevance. The structured development of the Navier–Stokes equations, energy equation, and diffusion models equips students with the analytical tools necessary to interpret and model coupled transport phenomena encountered in casting, heat trea
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