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Thermofluids 2
Thermofluids 2
30 lessons across 6 topics
1. Low-Speed Fluid Dynamics
1
Boundary Layers
2
Flow Assumptions And Validity
3
Internal Flow Losses
4
Low-speed Aerodynamic Reasoning
5
Viscous Effects In Engineering Flow
2. High-Speed Fluid Dynamics
6
Compressibility And Mach Number
7
High-speed Flow Applications
8
Isentropic Flow Ideas
9
Normal-shock Intuition
10
Nozzle-flow Interpretation
3. Advanced Thermodynamics
11
Advanced Energy Balances
12
Availability And Performance Thinking
13
Entropy And The Second Law
14
Interpreting Performance Limits
15
Thermodynamic Devices And Systems
4. Heat Transfer
16
Combined-mode Heat Transfer
17
Conduction
18
Convection
19
Radiation
20
Thermal Resistance Ideas
5. Coupled Thermofluid Systems
21
Interpreting Multi-physics Interactions
22
Linking Heat Transfer And Fluid Flow
23
Selecting Governing Assumptions
24
Solving Integrated Thermofluid Problems
25
Using Engineering Approximations
6. Applications
26
Checking Engineering Answers Physically
27
Communicating Multistep Thermofluid Analysis
28
Design Trade-offs In Thermofluid Devices
29
Thermofluids In Aerospace Systems
30
Thermofluids In Mechanical Systems
