INTRODUCTION TO TRANSPORT PHENOMENA
Learning outcome:
# The importance of Transport phenomena:
# Concept of transport phenomena:
# General transfer equation:
Rate of transfer process = driving force / resistance
Momentum transfer equation - Newton's Law
Energy transport equation - Fourier's Law
Learning outcome:
- Explain the importance and the general concept of Transport Phenomena
- Derive general transfer equations for momentum, energy and mass
# The importance of Transport phenomena:
- Transport phenomena is an advanced knowledge of transport processes
- In process industries, many of the materials must be stored, handled, pimped and processed
- Concerns the exchange of momentum, energy or mass between observed and studied engineering systems
# Concept of transport phenomena:
- conservation momentum
- conservation of mass
- conservation of energy
# General transfer equation:
Rate of transfer process = driving force / resistance
Momentum transfer equation - Newton's Law
Energy transport equation - Fourier's Law
Mass transport equation - Fick's Law