Thermodynamics And Heat Engines By R Yadav Free Download
Thermodynamics and Heat Engine
(a) Heat transfer occurs spontaneously from a hot object to a cold one, consistent with the second law ofthermodynamics. (b) Aheat engine, represented here by a circle, uses part of theheat transfer to do work. The hot and cold objects are called the hot and cold reservoirs.
Language: English
Pages: 374
Author: Er. R.S. Gill
Price: Free
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Outlines of Thermodynamics and Heat Engine
Module – I Basic Concepts And The Zeroth-Law Of Thermodynamics
Lesson – 1 Thermodynamic, Thermodynamic Systems And Surroundings, Different Approaches In The Study Of Thermodynamics And Definitions Of Some Measurable Parameters
Lesson – 2 Property, Thermodynamic Equlibrium, State, Process, Cyclic Process, Quasi-Static Process And Non Quasi-Static Process
Lesson -3 Working Fluid, Gas And Vapour And Gas Laws
Lesson – 4 Temperature, Equality Of Temperature, The Zeroth Law Of Thermodynamics And Temperature Scale
Lesson – 5 Work & Heat And Their Numerical Problems
Module – II First Law Of Thermodynamics For Closed System
Lesson – 6 First Law Of Thermodynamics For Closed System, Internal Energy, Perpetual Motion Machine Of First Kind And Their Numerical Problems
Lesson-7 Application Of First Law In Heating And Expansion Of Perfect Gases In Non-Flow Processes (Closed System) And Their Numerical Problems
Lesson-8 Numerical Problems On First Law Of Thermodynamics For Closed System
Module – Iii First Law Of Thermodynamics For Open System (Steady Flow Processes)
Lesson-9 First Law Of Thermodynamics For Open System And Enthalpy And Numerical Problem
Lesson-10 Various Steady Flow Processes For An Ideal Gas And Their Numerical Problems
Lesson-11 Application Of Study Flow Energy Equation (Sfee)
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Module – IV Second Law Of Thermodynamics
Lesson – 12 Limitation Of First Law And Essence Of Second Law, Heat Engines And The Kelvin-Planck Statement
Lesson – 13 Refrigerators Or Heat Pumps, The Clausius Statement And Perpetual Motion Machine Of Second Kind
Lesson – 14 Reversibility, Irreversibility, Carnot Cycle, Carnot Theorem
Lesson – 15 Entropy, Clausis Inequality, Entropy A Property, Entropy Change During Process
Lesson – 16 Change Of Entropy Of Gasses In Thermodynamics Processes And Numerical Problems
Lesson – 17 Principle Of Increase Of Entropy And Numerical Problems
Module –V Properties Of Pure Substance (Steam)
Lesson – 18 Pure Substances, Change Of Phase During Constant Pressure Process And T-V Diagram
Lesson – 19 P-V Diagram, T-S Diagram, P-T Diagram, Triple Point And Critical Point
Lesson – 20 Generation Of Steam And Internal Energy And Entropy (Extensive Properties) Of Steam
Lesson – 21 Use Of Steam Tables And Mollier Chart And Numerical Problems
Lesson – 22 Heating And Expansion Of Vapour In Non-Flow Processes
Lesson – 23 Numerical Problems On Heating And Expansion Of Vapour In Non-Flow Processes – I
Lesson – 24 Numerical Problems On Heating And Expansion Of Vapour In Non-Flow Processes – Ii
Lesson – 25 Measurement Of Dryness Fraction: Bucket Or Barrel Calorimeter And Separating Calorimeter And Their Numerical Problems
Lesson – 26 Measurement Of Dryness Fraction: Throttling Calorimeter And Combined Separating And Throttling Calorimeter And Their Numerical Problems
Module – VI Steam Boilers/Generators
Lesson – 27 Steam Boilers/Generators, Classification Of Boilers, Lancashire Boiler
Lesson – 28 Cochran Boiler, Locomotive Boiler And Babcock-Wilcox Boiler
Lesson – 29 Boiler Mountings
Lesson – 30 Boiler Accessories
Module – VII Vapour Power Cycles
Lesson – 31 Power Cycle, Vapour Power Cycles, Carnot Vapour Cycle, Rankine Cycle
Lesson – 32 Rankine Cycle With Incomplete Evaporation, Rankine Cycle With Super Heat, Modified Rankine Cycle, Performance Criteria For Vapour Cycles, Desirable Properties Of Working Fluid Used For Power Plants
Lesson – 33 Numerical Problems Related To Vapour Power Cycle
Module – VIII Steam Engine
Lesson – 34 Steam Engine, Non-Expansive And Expansive Engine Cycle
Lesson – 35 Rankine Cycle And Modified Rankine Cycle Applied To Steam Engine, Indicator Diagrams, Mean Effective Pressure, And Diagram Factor
Lesson – 36 Performance Criteria For Steam Engines
Lesson – 37 Numerical Problems On Steam Engine Including Problems On Calculations Of Cylinder Dimensions
Lesson – 38 Mass Of Steam In The Cylinder
Lesson – 39 Saturation Curve And Missing Quantity And Numerical Problem
Lesson – 40 Governing Of Simple Steam Engine And Numerical Problem
Lesson – 41 Introduction To Compound Steam Engines
Module – IX Gas Power Cycle
Lesson – 42 Gas Power Cycles, Air Standard Cycles, The Air-Standard Carnot Cycle: The Ideal Cycle For Ic Engine
Lesson – 43 Air Cycle – Otto Cycle
Lesson – 44 Air Cycle- Diesel Cycle
Lesson – 45 Air Cycles- Dual Cycle And The Comparison Of Otto, Diesel And Dual Cycles
Lesson – 46 Measurements Of Ip, Bp And Heat Balance Calculations (Not Involving Combustion)
Lesson – 47 Engine Efficiencies And Performance
Lesson – 48 Numerical Problems
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