MATLS 3LP3

Applications of Transport Phenomena in Materials Engineering

Undergraduate

Winter 2026 · Applctns Of Trnsprt Mtrls Eng · C01

Readings

Etext Introduction To Transport Phenomena In Materials Engineering W/ Fullglass Courseware - 12 Month Access
Required
ISBN 9781965549308

Winter 2026 · C01

Course Introduction and Review of 3TP4 Mass Transfer
Heat and Mass Transfer in Liquid Metal Processing
Heat and Mass Transfer in Casting Processes
Solidification Fundamentals
Solidification Defects
Solidification Microstructures
Heat and Mass Transfer in Welding and Additive Manufacturing
Fluid Flow in Metallurgical Processes
Catch-up and Course Test
Fluid Flow: Mass Conservation
Fluid Flow: Advection and Convection
Non-dimensional analysis and Dimensionless numbers
No Lectures
T1: Introduction to Thermo-Calc and ProCAST (Tutorial Session in Thursday’s class)
T2: Material Properties and their Variability (Thermo-Calc)
T3: Heat Transfer with Different Boundary Conditions (ProCAST)
T4: Scheil Equations in Binary and Multi-Component Alloys (Thermo-Calc)
T5: Latent Heat and the method of Equivalent Specific Heat (ProCAST)
T6: Industrial Casting Analysis (ProCAST)
T7: Diffusion and Transient Liquid Phase Bonding (Thermo-Calc)
T8: Additive Manufacturing and the Rosenthal Equation (Thermo-Calc)

Undated

Real-world applications of heat and mass transfer
Concepts are applied through case studies
Simulations
Hands-on projects
Utilizing industrially relevant software and modelling techniques-problem-solving
Solution development
Optimizing heat and mass transfer systems in engineering contexts

Sources