Lecture (Date) | Topics |
---|---|
01 (Mo, 2022 Jan 10) |
Syllabus; Systems; Definitions
|
02 (We, 2022 Jan 12) |
Specific volume, pressure, and temperature
|
03 (Fr, 2022 Jan 14) |
Engineering approach to problem solving
|
-- (Mo, 2022 Jan 17) |
No lecture |
04 (We, 2022 Jan 19) |
Mechanical concepts of energy and work
|
05 (Fr, 2022 Jan 21) |
Moving boundary work; electrical/spring/rotating shaft work
|
06 (Mo, 2022 Jan 24) |
Heat transfer; First Law without mass flow
|
07 (We, 2022 Jan 26) |
Property plots and tables
|
08 (Fr, 2022 Jan 28) |
Quality
|
09 (Mo, 2022 Jan 31) |
Enthalpy
|
10 (We, 2022 Feb 02) |
Specific heat; Incompressible substance
|
11 (Fr, 2022 Feb 04) |
The ideal gas model
|
12 (Mo, 2022 Feb 07) |
Polytropic processes
|
13 (We, 2022 Feb 09) |
Conservation of Mass
|
14 (Fr, 2022 Feb 11) |
First Law with mass flow
|
15 (Mo, 2022 Feb 14) |
First Law practice
|
16 (We, 2022 Feb 16) |
More First Law practice
|
-- (Th, 2022 Feb 17) |
Exam 1: 06:30 - 07:30 P.M. (PHYS 112 and PHYS 114) |
-- (Fr, 2022 Feb 18) |
No lecture |
17 (Mo, 2022 Feb 21) |
System integration
|
18 (We, 2022 Feb 23) |
Energy analysis of cycles
|
19 (Fr, 2022 Feb 25) |
Transient analysis
|
20 (Mo, 2022 Feb 28) |
Introducing the Second Law; Irreversibilities
|
21 (We, 2022 Mar 02) |
Thermodynamic cycles and the Second Law
|
22 (Fr, 2022 Mar 04) |
Maximum performance measures
|
23 (Mo, 2022 Mar 07) |
Carnot cycle; Clausius inequality
|
24 (We, 2022 Mar 09) |
Entropy as a property
|
-- (Th, 2022 Mar 10) |
Exam 2: 06:30 - 07:30 P.M. (MATH 175) |
-- (Fr, 2022 Mar 11) |
No lecture |
-- (Mo, 2022 Mar 14) |
No lecture |
-- (We, 2022 Mar 16) |
No lecture |
-- (Fr, 2022 Mar 18) |
No lecture |
25 (Mo, 2022 Mar 21) |
T-ds relations; Entropy change for incompressible substances
|
26 (We, 2022 Mar 23) |
Entropy change for ideal gases
|
27 (Fr, 2022 Mar 25) |
Internally reversible processes; Second Law without mass flow
|
28 (Mo, 2022 Mar 28) |
Entropy increase principle; Second Law with mass flow
|
29 (We, 2022 Mar 30) |
Second Law practice
|
30 (Fr, 2022 Apr 01) |
Isentropic processes
|
31 (Mo, 2022 Apr 04) |
Device isentropic efficiencies
|
32 (We, 2022 Apr 06) |
Heat transfer and work in internally reversible flow processes
|
33 (Fr, 2022 Apr 08) |
Vapor power systems; The Rankine cycle
|
34 (Mo, 2022 Apr 11) |
Rankine cycle improvements
|
35 (We, 2022 Apr 13) |
Vapor compression refrigeration systems
|
-- (Th, 2022 Apr 14) |
Exam: 06:30 - 07:30 P.M. (MATH 175) |
-- (Fr, 2022 Apr 15) |
No lecture |
36 (Mo, 2022 Apr 18) |
Heat pumps
|
37 (We, 2022 Apr 20) |
Air standard cycles; Internal combustion engines
|
38 (Fr, 2022 Apr 22) |
Otto, Diesel, and dual cycles
|
39 (Mo, 2022 Apr 25) |
The Brayton cycle
|
40 (We, 2022 Apr 27) |
Brayton cycle improvements
|
41 (Fr, 2022 Apr 29) |
Course Wrap-up
|