Files

A repository of files for download. "Class files" include notes, examples, and selected solutions. In "Old exams" you'll find, well, old exams! "Other files" is everything else.

Downloading filled-in notes and worked-out examples is not a substitute for coming to class and trying these things on your own! Use these files as additional resources. Also note that solutions especially numerical results, are not guaranteed to be 100% correct.

Week	Topic(s) Notes/exercises/examples	Selected solutions
1	Introduction to heat transfer [Learning objectives]
	Notes: Introduction Exercises: Introduction Notes: Three modes of heat transfer Examples: Three modes of heat transfer	Notes: Introduction Notes: Three modes of heat transfer Examples: Three modes of heat transfer Examples: Three modes of heat transfer
	Conduction and the conduction equation [Learning objectives]
	Notes: Thermal energy balance Examples: 1-D conduction equation Examples: 3-D conduction equation	Notes: Thermal energy balance Examples: 1-D conduction equation Examples: 1-D conduction equation, Part 2 Examples: 1-D conduction equation Example 1: 3-D conduction equation Example 2: 3-D conduction equation Examples: 3-D conduction equation
2	1-D steady-state conduction (plus fins) [Learning objectives]
	Exercise: Thermal resistance Example: Thermal resistance Notes: Contact resistance Example: Thermal resistance 2 Notes: Fins Example: Fins Notes: Fin effectiveness/arrays Example: Fin effectiveness/arrays	Exercise: Thermal resistance Example: Thermal resistance Example: Thermal resistance Notes: Contact resistance Notes: Contact resistance Example: Thermal resistance 2 Example: Thermal resistance 2 Notes: Fins Example: Fins Example: Fins Notes: Fin efficiency Example: Fin efficiency Example: Fin efficiency Notes: Fin effectiveness/arrays Example: Fin effectiveness/arrays Example: Fin effectiveness/arrays
3 & 4	Transient conduction [Learning objectives]
	Exercise: Lumped capacitance Example: Lumped capacitance Notes: Transient conduction Example: Transient conduction Notes: Transient conduction 2 Example: Transient conduction 2 Example: Transient conduction 3	Exercise: Lumped capacitance Example: Lumped capacitance Example: Lumped capacitance Notes: Transient conduction Example: Transient conduction Example: Transient conduction Notes: Transient conduction 2 Example: Transient conduction 2 Example: Transient conduction 2 Extra video: Constructing 3D solutions Example: Transient conduction 3 Example: Transient conduction 3
4 & 5	Intro to convection [Learning objectives]
	Notes: Intro to convection Exercise: Scale analysis of boundary layers Extra! Example: External convection Notes: External convection Example: External convection 2 Example: External convection 3	Notes: Intro to convection Exercise: Scale analysis of boundary layers Extra! Example: External convection Example: External convection Notes: External convection Example: External convection 2 Example: External convection 2
5	Internal convection [Learning objectives]
	Notes: Internal convection Notes: Prandtl number Example: Internal convection Example: Internal convection 2 Example: Internal convection 3	Notes: Internal convection Notes: Prandtl number Example: Internal convection Example: Internal convection Example: Internal convection 2 Example: Internal convection 2 Example: Internal convection 3 Example: Internal convection 3
6	Natural convection [Learning objectives]
	Notes: Natural convection Exercise: Natural conv BLs Examples: Natural convection Exercise: Natural conv in enclosures Example: Natural conv in enclosure ~~Exercise: Combined convection~~ Example: Combined convection	Notes: Natural convection Exercise: Natural conv BLs Exercise: Natural conv BLs Examples: Natural convection Examples: Natural convection Exercise: Natural conv in enclosures Exercise: Natural conv in enclosures Example: Natural conv in enclosure Example: Natural conv in enclosure ~~Exercise: Combined convection~~ Example: Combined convection Example: Combined convection
7	Intro to radiation [Learning objectives]
	Notes: Intro to radiation Notes: Blackbody radiation Example: Blady body radiation Notes: Radiation properties Example: Radiation properties Notes: Solar radiation Example: Solar radiation	Notes: Intro to radiation Example: Black body radiation Example: Black body radiation Notes: Radiation properties Example: Radiation properties Example: Radiation properties Notes: Solar radiation Example: Solar radiation Example: Solar radiation
8	Radiation exchange between black and gray surfaces [Learning objectives]
	Notes: View factors Example: View factors Notes: Blackbody radiation Example: Radiation between BBs Notes: Radiation, gray surfaces Example: Radiation gray surfaces Example: Radiation shields	Notes: View factors Example: View factors Example: View factors Notes: Blackbody radiation Example: Radiation between BBs Example: Radiation between BBs Notes: Radiation, gray surfaces Example: Radiation, gray surfaces Example: Radiation gray surfaces Example: Radiation shields Example: Radiation shields
9	Heat exchangers [Learning objectives]
	Notes: Heat exchangers Examples: Heat exchangers Exercise: Heat exchangers Notes: F-LMTD method Notes: ε-NTU Example: ε-NTU Exercise: ε-NTU "Discovery session"	Notes: Heat exchangers Examples: Heat exchangers Examples: Heat exchangers Exercise: Heat exchangers Notes: F-LMTD method Notes: ε-NTU Example: ε-NTU Example: ε-NTU
10	Boiling and condensation [Learning objectives]
	Notes: Boiling Example: Boiling Notes: Condensation Example: Condensation	Notes: Boiling Example: Boiling Notes: Condensation Example: Condensation