Advanced Heat and Mass Transfer
Advanced heat and mass transfer support covering conduction, convection, radiation, mass transfer, scaling, and correlations.
Course Content
Weekly contentThis module covers Fundamental laws, nondimensionalization, and scaling analysis through conceptual framing and problem solving.
This module covers Advanced conduction through conceptual framing and problem solving.
This module covers Transient conduction: advanced approaches through conceptual framing and problem solving.
This module covers Convection: boundary layers and advanced correlation logic through conceptual framing and problem solving.
This module covers Natural convection: advanced view through conceptual framing and problem solving.
This module covers Radiation: advanced topics through conceptual framing and problem solving.
This module covers Diffusion and convection-diffusion equations through conceptual framing and problem solving.
This module covers Multicomponent diffusion and Stefan flow when needed through conceptual framing and problem solving.
This module covers Convective mass transfer and boundary layers through conceptual framing and problem solving.
This module covers Interfacial mass transfer and applications selected by course needs through conceptual framing and problem solving.
Targeted Learning Outcomes
- Set up heat and mass transfer equations with appropriate boundary and initial conditions
- Use nondimensionalization and scaling to identify dominant mechanisms
- Select advanced convection, radiation, and mass-transfer correlations for the right scenario
- Develop solution strategies for conjugate and multi-mechanism problems
Recommended Prerequisites
- Undergraduate heat transfer or heat and mass transfer
- Fluid mechanics for convection and boundary-layer links
- Calculus and differential equations for analytical solutions and derivations