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	Review of ConAps [Learning objectives]
	Notes: ConApps review     Examples: ConApps review	Notes: ConApps review Notes: ConApps review   Example 1: ConApps review Example 1: ConApps review Example 1: ConApps review Example 2: ConApps review Example 2: ConApps review Example 2: ConApps review
	Ideal gases with variable specific heats [Learning objectives]
	Notes: Variable spec. heats     Examples: Variable spec. heats             Notes: Variable spec. heats (entropy)     Examples: Variable spec. heats (entropy)             Notes: Comp. factor Example: Comp. factor	Notes: Variable spec. heats Notes: Variable spec. heats   Example 1: Variable spec. heats Example 1: Variable spec. heats Example 1: Variable spec. heats Example 2: Variable spec. heats Example 2: Variable spec. heats Example 2: Variable spec. heats   Notes: Variable spec. heats (entropy) Notes: Variable spec. heats (entropy)   Example 1: Variable spec. heats (entropy) Example 1: Variable spec. heats (entropy) Example 1: Variable spec. heats (entropy) Example 2: Variable spec. heats (entropy) Example 2: Variable spec. heats (entropy) Example 2: Variable spec. heats (entropy)   Notes: Compressibility factor Example: Comp. factor Example: Comp. factor
2	Properties of real substances [Learning objectives]
	Notes: Real substances   Examples: Real substances     Exercise: Prop. practice   Examples: CoE w/ props         Notes: T-s diagrams, isen. eff.   Examples: T-s diagrams, isen. eff.	Notes: Real substances   Examples: Real substances Examples: Real substances   Exercise: Prop. practice Exercise: Prop. practice   Example 1: CoE w/ props Example 1: CoE w/ props Example 2: CoE w/ props Example 2: CoE w/ props   Notes: T-s diagrams, isen. eff.   Example 1: T-s digrams, isen. eff. Example 1: T-s digrams, isen. eff. Example 2: T-s diagrams, isen. eff. Example 2: T-s digrams, isen. eff. Example 3: T-s diagrams, isen. eff. Example 3: T-s digrams, isen. eff.
3 & 4	Exergy [Learning objectives]
	Notes: Irreversibility   Example: Irreversibility     Notes: Exergy   Example: Exergy     Example 2: Exergy     Example 3: Exergy     Notes: Exergetic efficiency   Example: Exergetic efficiency	Notes: Irreversibility Example: Irreversibility Example: Irreversibility   Notes: Exergy   Example: Exergy Example: Exergy   Example 2: Exergy Example 2: Exergy   Example 3: Exergy Example 3: Exergy   Notes: Exergetic efficiency   Example: Exergetic efficiency Example: Exergetic efficiency
4 & 5	Vapor power cycles [Learning objectives]
	Notes: Rankine cycle   Examples: Rankine cycle     Notes: Cycle variations   Example: Cycle variations	Notes: Rankine cycle   Examples: Rankine cycle Examples: Rankine cycle   Notes: Cycle variations   Example: Cycle variations Example: Cycle variations
5 & 6	Gas power cycles [Learning objectives]
	Notes: Brayton cycle   Example: Brayton cycle     Notes: Brayton w/ regeneration   Notes: Brayton w/ reheat & intercooling   Example: Brayton w/ regeneration     Examples: Reheat, intercooling, & regen   Notes: Otto cycle   Example: Otto cycle       Notes: Diesel cycle   Example: Diesel cycle	Notes: Brayton cycle   Example: Brayton cycle Example: Brayton cycle   Notes: Brayton w/ regeneration   Notes: Brayton w/ reheat & intercooling   Example: Brayton w/ regeneration Example: Brayton w/ regeneration   Examples: Reheat, intercooling, & regen   Notes: Otto cycle   Example: Otto cycle Example: Otto cycle, part 2 Example: Otto cycle   Notes: Diesel cycle   Example: Diesel cycle Example: Diesel cycle
6	Vapor-compression refrigeration cycles [Learning objectives]
	Notes: Vap-comp refrigeration   Example: Vap-comp cycle	Notes: Vap-comp refrigeration   Example: Vap-comp cycle Example: Vap-comp cycle
7	Ideal gas mixtures [Learning objectives]
	Notes: Ideal gas mixtures   Example: Mixture composition     Example: Closed system mixture     Example: Open system mixture	Notes: Ideal gas mixtures   Example: Mixture composition Example: Mixture composition   Example: Closed system mixture Example: Closed system mixture   Example: Open system mixture Example: Open system mixture
7 & 8	Pyschrometrics [Learning objectives]
	Notes: Intro to psychrometrics   Example: Psych properties     Example: Psych props with CoM     Notes: Adiabatic saturation T   Example: Using adiabtic sat T     Notes: The psych chart     Example: Dehumidification     Example: Heating w/ humidification     Example: Evaporative cooling   Example: Cooling tower	Notes: Intro to psychrometrics   Example: Psych properties Example: Psych properties   Example: Psych props with CoM Example: Psych props with CoM   Notes: Adiabatic saturation T   Example: Using adiabtic sat T Example: Using adiabtic sat T   Notes: The psych chart Notes: The psych chart   Example: Dehumidification Example: Dehumidification   Example: Heating w/ humidification Example: Heating w/ humidification   Example: Evaporative cooling Example: Evaporative cooling Example: Cooling tower
9 & 10	Combustion [Learning objectives]
	Notes: Intro to combustion   Example: Combustion reactions       Notes: CoE and combustion   Example: Combustion w/ CoE     Example: Closed system combustion     Example: Adiabatic flame temperature     Notes: Heating values   Example: Heating values	Notes: Intro to combustion   Example: Combustion reactions [Part 1] Example: Combustion reactions [Part 2] Example: Combsution reactions   Notes: CoE and combustion   Example: Combustion w/ CoE Example: Combustion w/ CoE   Example: Closed system combustion Example: Closed system combustion   Example: Adiabatic flame temperature Example: Adiabatic flame temperature   Notes: Heating values   Example: Heating values