Animations are topically organized into fifteen chapters. Animation 1.D.WorkTransferModes, for instace, depicts different modes of work transfer in section D of Chapter 1. Remember, many animations have hot spots or radio buttons for exploring what-if scenarios. |
Gas Turbines
Chapter-8
|
Gas power cycles. Brayton cycle and its variations used in gas turbines and jet propulsion. |
Basics
Chapter-1
|
Free body diagram; thermodynamic systems; mass, heat and work interactions; state and properties. |
Steam Power
Chapter-9
|
Vapor power cycles. Rankine cycle and its variations used in steam power plants. |
Gov. Eqns.
Closed Cycles
Chapter-2
|
Mass, energy, and entropy equations; Analysis of closed steady systems and cycles. |
Refrigeration
Chapter-10
|
Vapor compression and gas refrigeration cycles. |
Properties
Chapter-3
|
Evaluation of properties and states using different material models. |
Adv. States
Chapter-11
|
Advanced topics on states; mixtures. |
Steady Systems
Chapter-4
|
Mass, energy, and entropy analysis of open steady systems. |
Psychrometry
Chapter-12
|
Psychrometry and air conditioning. |
Unsteady Systems
Chapter-5
|
Mass, energy, and entropy analysis of unsteady systems. |
Combustion
Chapter-13
|
Chemical reaction and combustion. |
Exergy
Chapter-6
|
Exergy analysis of closed and open systems. |
Equilibrium
Chapter-14
|
Phase and chemical Equilibrium. |
IC Engines
Chapter-7
|
Otto, Diesel, and other cycles used by reciprocating engines. |
Gas Dynamics
Chapter-15
|
High speed flow of gases. |
