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Thermofluids 1
Thermofluids 1
30 lessons across 6 topics
1. Thermodynamic Basics
1
Energy Balances For Simple Systems
2
Heat, Work, And Internal Energy
3
Properties And State Variables
4
Systems, Surroundings, And Boundaries
5
The First Law Of Thermodynamics
2. Thermodynamic Processes
6
Cycle Efficiency And Interpretation
7
Ideal-gas Relationships
8
Isothermal And Adiabatic Changes
9
Power Cycle Fundamentals
10
Quasi-static Processes
3. Fluid Statics
11
Buoyancy Basics
12
Forces On Immersed Surfaces
13
Hydrostatic Variation
14
Manometry And Pressure Measurement
15
Pressure In Fluids
4. Fluid Dynamics
16
Applying Assumptions In Simple Flow Analysis
17
Bernoulli Equation
18
Continuity Equation
19
Energy Interpretation In Fluid Motion
20
Momentum Concepts In Flow
5. Aerospace and Engineering Applications
21
Basic Aerodynamic Performance Interpretation
22
Flow Around Aerofoils
23
Linking Thermodynamics With Fluid Behaviour
24
Power-generation Examples
25
Pressure Distribution And Lift
6. Integrated Problem-Solving
26
Choosing Governing Equations
27
Interpreting Results Physically
28
Solving Multi-step Thermofluid Problems
29
Unit Checking And Consistency
30
Using Simplifying Assumptions
