Introduction of Thermodynamics
Thermodynamic System
Thermodynamic Views
Thermodynamic Properties
Thermodynamic Equilibrium
Pure Substance
Basic Terms (State, Path, Process and Cycle)
Quasistatic Process
Path Function and Point Function
Temperature
Zeroth Law of Thermodynamics
Pressure and Terms Related to Pressure
Reversible and Irreversible Process
Work, Heat and Energy
Work Transfer
Displacement work
Workdone for various Quasistatic Process
Free Expansion
Heat Transfer
Types of Heat
Problem Based on Closed Cycle
Application of 1st Law of Thermodynamics to Non Flow System or Closed system
What Is Reversible of Constant Volume Process
What Is the Reversible of Constant Pressure Process
What Is the Reversible of Constant Temperature Process
What Is the Reversible of Adiabatic Process
What Is Polytropic Process in Thermodynamics
What Is the Polytropic Process as a General Process
First Law of Thermodynamics for Flow Process
Numerical - First Law of Thermodynamics for Open System
Second Law of Thermodynamics - Introduction
Statements of Second Law of Thermodynamics
Refrigerator
Heat Pump
Equivalence of Clausius Statement and Kelvin Plank Statement
Free Expansion
Causes of Irreversibility
Carnot Cycle
Carnot Cycle for Steady Flow System
Reversed Heat Engine
Carnot Theorem
Absolute Thermodynamic Scale
Efficiency and COP Based on Temperature Scale
Numerical 1 on Second Law of Thermodynamics
Numerical 2 on Second Law of Thermodynamics
Numerical 3 on Second Law of Thermodynamics
Entropy
Temperature Entropy Plot
Entropy and Irreversibility
Temperature Entropy Plot for Carnot Cycle
T-S Diagram for Carnot Cycle
Entropy Change for Closed System
Numerical 1 on Entropy
Numerical 2 on Entropy
Concept of Availability
Decrease in Available Energy
Availability of Non-Flow System and Steady Flow System
Irreversibility and Effectiveness
Availability - Numerical 1
Availability - Numerical 2
Thermodynamic Relation - Introduction
General Thermodynamic Relations and Equations
Clausius Clapeyron Equation
Thermodynamic Relation - Numerical 1
Thermodynamic Relation - Numerical 2
Pure Substance - Introduction
Phase Change Terminology
Pressure Temperature Diagram
Temperature Entropy Diagram for Pure Substance
Steam Formation and Its Important Terms
Pure Substance - Numerical
Introduction to Gas Power Cycles
Assumption Made in Air Standard Cycle
Gas Power Cycles for I.c. Engines
Otto Cycle in a Type of Gas Power Cycle
Diesel Cycle in a Type of Gas Power Cycle
Dual Cycle in Types of Gas Power Cycle
Expression for Efficiency of Otto cycle
Expression for the Efficiency of Diesel Cycle
Expression for Efficiency of Dual Cycle
Problem on Inventor's Claim in Thermodynamics
Problem 1 Based on Carnot Cycle of Power Gas Cycle
Problem 2 Based on Carnot Cycle of Power Gas Cycle
Problem 3 Based on Carnot Cycle of Power Gas Cycle
Problem Based on Calculation of Source & Sink Temperatures
Problem 1 Based on Otto Cycle
Problem 2 Based on Otto Cycle
Problem 3 Based on Otto Cycle
Problem 4 Based on Otto Cycle
Problem 5 Based on Otto Cycle
Problem 6 Based on Otto Cycle
Problem 7 Based on Diesel Cycle
Problem 8 Based on Otto Cycle and Atkinson Cycle
Problem 9 Based on Otto Cycle
Problem 10 Based on Otto Cycle
Problem 1 Based on Diesel Cycle
Problem 2 Based on Diesel Cycle
Problem 3 Based on Diesel Cycle
Problem 4 Based on Diesel Cycle
Problem 5 Based on Diesel Cycle
Problem 1 Based on Dual Cycle
Problem 2 Based on Dual Cycle
Problem 3 Based on Dual Cycle
Problem 4 Based on Dual Cycle
Problem 5 Based on Dual Cycle
Problem 6 Based on Dual Cycle
Atkinson cycle
Brayton Cycle
Problem 1 Based on Brayton Cycle
Problem 2 Based on Brayton Cycle
Problem 3 Based on Brayton Cycle
Problem 4 Based on Brayton Cycle
Problem 5 Based on Brayton Cycle
Expression Based on Otto Cycle
Comparison of Otto Cycle, Diesel Cycle, and Dual Cycles
The Expression for Efficiency of Atkinson Cycle
Problem based on Atkinson cycle
The Expression for Efficiency of Brayton Cycle
Problem on Hypothetical Air Cycle
Vapour Power Cycle: Introduction
Rankine Cycle
Reheat Cycle
Rankine Regenerative Cycle
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