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Foundations of Thermodynamics and its Industrial Applications
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Syllabus
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Course Syllabus
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Week 01 - Macroscopic Description of Matter
- State Variables
- Atoms & Moles
- Temperature
- Change in Phase
- Ideal Gases
- Ideal Gases Process
Week 02 - 1st Law of Thermodynamic
- Form of Energy
- Energy Transfer (Heat and Work)
- Heat Transfer
- 1st Law Thermodynamic
- Energy Conversion Efficiencies
- Energy and Environment
Week 03 - Energy in Closed System / Mass/Energy in Control Volume
- Energy in Closed System
- Moving Boundary Work
- Energy Balance
- Specific Heat
- Internal Energy
- Enthalpy and Specific Heat of Idea Gases and Liquids
- Solids
- Mass/Energy in Control Volume
- Conversion of Mass
- Energy Flowing in Fluid
- Steady State Flow Analysis
- Engineering Devices
- Unsteady Flow Process
Week 04 - 2nd Law of Thermodynamic
- Thermal Energy Reservoir
- Heat Engine
- Intro to Refrigeration and Heat Pump
- Perpetual Motion Machine
- Reversible vs Irreversible
- Thermodynamic Temperature Scale
Week 05 - Entropy
- Basic
- Derivation
- Pure Substance & Entropy
- Isentropic Process
- What is Entropy
- Basic Maxwell Relation
- Entropy and Phase Change
- Entropy Change in Ideal Gas
- Reversible Process
- Entropy Balance and Final Remarks
Week 06 - Ideal Rankine (Vapor) Cycle #1
- Carnot Cycle
- Rankine Cycle and its Efficiency
- Reheat Rankine Cycle
- Regenerative Rankine Cycle
- Cogenerator
Week 07 - Ideal Rankine (Vapor) Cycle #2
Week 08 - Ideal Refrigeration and Heat Pump
- Reversed Carnot Cycle
- Ideal Vapor-Compression Refrigeration
- Selecting the Right Refrigerant
- Heat Pump Systems
- Muiti-Stage Refrigeration Systems
- Gas Refrigeration’s Cycles
Week 09 - Ideal Refrigeration and Heat Pump#2
Week 10 - Ideal Power Cycle
- Basics of Power Cycle (Carnot, Otto, Diesel, Stirling, Ericsson, Brayton, and Brayton with intercooling, reheating and Regeneration)
Week 11 - IDEAL POWER CYCLE #2
Week 12 - Entropy, Actual and Combine Cycle
- Real (non-isentropic condition) cycle
- Application (Rankine, Refrigeration, power cycle) Combine Cycle
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