Lectures

• 4.2 Fick’s law: answers

  Subject(s) 4. First step into heat and mass transfer
  

• 4.2 Fick’s law: examples

  Subject(s) 4. First step into heat and mass transfer
  

• 4.2 Fick’s law: spark

  Subject(s) 4. First step into heat and mass transfer
  

• 4.2 Fick’s law: theory

  Subject(s) 4. First step into heat and mass transfer
  

• 5.0 Newton’s law of cooling: introduction

  Subject(s) 5 Newton’s law of cooling
  

• 5.1 Heat transfer coefficient: answers

  Subject(s) 5 Newton’s law of cooling
  

• 5.1 Heat transfer coefficient: examples

  Subject(s) 5 Newton’s law of cooling
  

• 5.1 Heat transfer coefficient: spark

  Subject(s) 5 Newton’s law of cooling
  

• 5.1 Heat transfer coefficient: theory

  Subject(s) 5 Newton’s law of cooling
  

• 5.2 Analogy between heat and mass transfer: answers

  Subject(s) 5 Newton’s law of cooling
  

The Basics of transport phenomena by TU Delft OpenCourseWare is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Based on a work at https://ocw.tudelft.nl/courses/basics-transport-phenomena/.