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Index
Introduction of Thermodynamics
First law of Thermodynamics (Closed System)
First law of Thermodynamics (Open System)
First law of Thermodynamics (Unsteady-Flow Process)
The Second law of Thermodynamics
Entropy in Basic Thermodynamics
Exergy (Availability)
Thermodynamic Properties Relations

All videos of Basic Thermodynamics (Video Lectures for GATE) for Mechanical Engineering Exam

Introduction of Thermodynamics

Understanding System and Surroundings in Thermodynamics - GATE Mechanical Engineering

39:06 min

Mastering Thermal Equilibrium - Part 1 - Basic Thermodynamics for GATE Mechanical Engineering

36:50 min

Mastering Thermal Equilibrium - Part 2 - Basic Thermodynamics for GATE Mechanical Engineering

34:04 min

Basics of Thermodynamic Properties - GATE Mechanical Engineering

30:13 min

Understanding Energy Concepts in Thermodynamics - GATE Mechanical Engineering

10:45 min

Simplified Heat Transfer in Thermodynamics - GATE Mechanical Engineering

20:36 min

Basics Work Transfer Concepts for GATE Mechanical Engineering Thermodynamics

31:53 min

Basics Work Transfer Concepts - 1 for GATE Mechanical Engineering Thermodynamics

09:28 min

Basics Work Transfer Concepts - 2 for GATE Mechanical Engineering Thermodynamics

17:01 min

Basics Work Transfer Concepts - 3 for GATE Mechanical Engineering Thermodynamics

25:39 min

Basics Work Transfer Concepts - 4 for GATE Mechanical Engineering Thermodynamics

31:02 min

Basics Work Transfer Concepts - 5 for GATE Mechanical Engineering Thermodynamics

39:15 min

Basics Work Transfer Concepts - 6 for GATE Mechanical Engineering Thermodynamics

17:31 min

Basics Work Transfer Concepts - 7 for GATE Mechanical Engineering Thermodynamics

23:46 min

Basics Work Transfer Concepts - 8 for GATE Mechanical Engineering Thermodynamics

13:27 min

Basics Work Transfer Concepts - 9 for GATE Mechanical Engineering Thermodynamics

47:44 min

Simplified Heat Transfer in Thermodynamics - 10 GATE Mechanical Engineering

58:16 min

Understanding Net Work Transfer Numerical(1) : GATE Mechanical Engineering Thermodynamics

28:07 min

Understanding Net Work Transfer Numerical(2) : GATE Mechanical Engineering Thermodynamics

21:30 min

Understanding Net Work Transfer Numerical(3) : GATE Mechanical Engineering Thermodynamics

30:50 min

Understanding Net Work Transfer Numerical(4) : GATE Mechanical Engineering Thermodynamics

17:56 min

Understanding Net Work Transfer Numerical(5) : GATE Mechanical Engineering Thermodynamics

16:51 min

Understanding Net Work Transfer Numerical(6) : GATE Mechanical Engineering Thermodynamics

20:51 min

Understanding Net Work Transfer Numerical(7) : GATE Mechanical Engineering Thermodynamics

26:30 min

Understanding Net Work Transfer Numerical(8) : GATE Mechanical Engineering Thermodynamics

21:30 min

Understanding Net Work Transfer Numerical(9) : GATE Mechanical Engineering Thermodynamics

22:17 min

Understanding Net Work Transfer Numerical(10) : GATE Mechanical Engineering Thermodynamics

20:50 min

Understanding Net Work Transfer Numerical(11) : GATE Mechanical Engineering Thermodynamics

18:49 min

Understanding Net Work Transfer Numerical(12) : GATE Mechanical Engineering Thermodynamics

18:10 min

Numerical (13) - Heat Transfer in Thermodynamics Explained - GATE Mechanical Engineering

28:22 min

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First law of Thermodynamics (Closed System)

Understanding Thermodynamic Energy Balance - GATE Mechanical Engineering

29:46 min

Simplified Energy Balance in Closed Systems 1 - Thermodynamics for GATE Mechanical Engineering

21:31 min

Simplified Energy Balance in Closed Systems 2 - Thermodynamics for GATE Mechanical Engineering

40:23 min

Simplified Energy Balance in Closed Systems 3 - Thermodynamics for GATE Mechanical Engineering

26:41 min

Acceleration of Air by a Fan - First Law of Closed System Thermodynamics - GATE ME

20:20 min

Concept of Enthalpy in First Law of Thermodynamics(Closed System) - GATE Mechanical Engineering

20:50 min

GATE Mechanical Engineering: Enthalpy of Compressed Liquid - Closed System Thermodynamics

22:50 min

Heating of Gas by Stirring Numerical (2) -Thermodynamics closed systems GATE Mechanical Engineering

27:13 min

Resistance Heating (3) -Thermodynamics closed systems GATE Mechanical Engineering

21:09 min

Heating Gas at Constant Pressure (4)-Thermodynamics closed systems GATE Mechanical Engineering

20:56 min

Simplified Specific Heat Concepts: Substance 1 - GATE Mechanical Engineering Thermodynamics

24:03 min

Simplified Specific Heat Concepts: Substance 2 - GATE Mechanical Engineering Thermodynamics

25:10 min

Simplified Specific Heat Concepts: Substance 3 - GATE Mechanical Engineering Thermodynamics

18:34 min

Cooling of an Iron Block by Water (5) -Thermodynamics closed systems GATE Mechanical Engineering

17:21 min

Cooling of Copper by Oil (6) -Thermodynamics closed systems GATE Mechanical Engineering

05:33 min

Spring with Stopes system (7) -Thermodynamics closed systems GATE Mechanical Engineering

19:43 min

Piston facing both side of Fluid (8) -Thermodynamics closed systems GATE Mechanical Engineering

13:11 min

Spring with Two Stopes System (9) -Thermodynamics closed systems GATE Mechanical Engineering

15:07 min

Water Expand between Two Stopes (10) -Thermodynamics closed systems GATE Mechanical Engineering

21:06 min

Expansion of Water in Room (11) -Thermodynamics closed systems GATE Mechanical Engineering

07:46 min

Energy transfer by a Computer (12) -Thermodynamics closed systems GATE Mechanical Engineering

10:50 min

Tank A and Cylinder B (13) -Thermodynamics closed systems GATE Mechanical Engineering

14:45 min

First law of Thermodynamics (Open System)

Mass and Volume Flow Rates in Thermodynamics (Open System) - GATE Mechanical Engineering

28:09 min

Mass Conservation in Opened Systems - GATE Machinal Engineering - Thermodynamics

25:21 min

Understanding Flow Work: First Law in Thermodynamics - GATE Mechanical Engineering

24:35 min

GATE Mechanical Engineering : Exploring Total Energy in Opened Systems - Thermodynamic First Law

19:25 min

Steady-Flow System (SSSF) in Opened Systems - GATE Mechanical Engineering Thermodynamics

43:26 min

Simplified Throttling Process Concepts - GATE Mechanical Engineering Thermodynamics

27:42 min

N1 Acceleration of Fluid in Nozzle

20:48 min

Numerical (2): Air Compression by Compressor - GATE Mechanical Engineering Thermodynamics

23:18 min

Numerical (3): Cooling of Air by Water - GATE Mechanical Engineering Thermodynamics

24:33 min

Numerical(4)-Deceleration of Air in a Diffuser - GATE Mechanical Engineering Thermodynamics

12:30 min

Numerical(5)-Power Generation by a Steam Turbine - GATE Mechanical Engineering Thermodynamics

13:27 min

Numerical(6)- Expansion of Refrigerant - GATE Mechanical Engineering Thermodynamics

25:29 min

Numerical(7)-Mixing of Hot and Cold Air - GATE Mechanical Engineering Thermodynamics

09:59 min

Numerical(8)- Geothermal Supply - GATE Mechanical Engineering Thermodynamics

13:38 min

First law of Thermodynamics (Unsteady-Flow Process)

Difference Between Steady vs. Unsteady-Flow Process - GATE Mechanical Engineering Thermodynamics

25:04 min

Analyzing Energy in Unsteady-Flow Process - GATE Mechanical Engineering Thermodynamics

22:35 min

Solving Unsteady-Flow Numerical (1)- Rigid Tank Charge - Gate Mechanical Engineering Thermodynamics

28:47 min

Unsteady-Flow Numerical(2)-Charging of a Rigid Tank as Closed-System- Gate ME Thermodynamics

17:28 min

Solving Unsteady-Flow Numerical(3)-Discharging of a Tank -Gate Mechanical Engineering Thermodynamics

17:03 min

Solving Unsteady-Flow Numerical(4) Charging of an Ammonia - Gate ME Thermodynamics

26:18 min

Solving Unsteady-Flow Numerical(5) - Steam Engine Based on Steam Turbine - Gate ME Thermodynamics

25:55 min

Solving Unsteady-Numerical(6)- Charging of Spring -Loaded Piston-Cylinder - Gate ME Thermodynamics

20:13 min

Solving Unsteady - Numerical(7) - Discharging of Saturated vapour - Gate ME Thermodynamics

21:14 min

The Second law of Thermodynamics

Explaining the Second Law of Thermodynamics - GATE Mechanical Engineering

37:01 min

Basics of Thermal Energy Reservoirs - GATE Mechanical Engineering - Second law of Thermodynamics

13:26 min

Explained Heat Engines - GATE Mechanical Engineering Second law of Thermodynamics

32:35 min

Kelvin Plank Statement - Second law of Thermodynamics - GATE Mechanical Engineering

28:44 min

Clausius Statement in Second law of Thermodynamics Explained - GATE Mechanical Engineering

25:07 min

Simplified: Equivalence of Two Statements in Thermodynamics - GATE Mechanical Engineering

11:30 min

Perpetual Motion Machines: Second Law of Thermodynamics - GATE Mechanical Engineering

12:08 min

Mastering Perpetual Motion Machines - Second law of Thermodynamics - GATE Mechanical Engineering

22:46 min

Factors Behind Irreversible Processes - Second law of Thermodynamics GATE Mechanical Engineering

39:30 min

Explained: Internal & External Reversible Processes in Second law of Thermodynamics - GATE ME

42:14 min

Mastering the Carnot Cycle for GATE Mechanical Engineering : Second law of Thermodynamics

34:18 min

Understanding the Carnot Principles in Thermodynamics - GATE Mechanical Engineering

41:30 min

Absolute Thermodynamic Scale in second law of Thermodynamics - GATE Mechanical Engineering

19:53 min

Simplified Carnot Heat Engine Concepts in second law of Thermodynamics - GATE Mechanical Engineering

18:30 min

N1 Cycle Possibility - Second Law of Thermodynamics | GATE Mechanical Engineering

10:38 min

N2 Heating a House by Carnot Heat Pump - Second Law of Thermodynamics | GATE Mechanical Engineering

15:13 min

N3 Combination of Refrigeration and H.E. -Second Law of Thermodynamics | GATE Mechanical Engineering

12:51 min

N4 Minimum Area of the Panel - Second Law of Thermodynamics | GATE Mechanical Engineering

14:44 min

N5 Indo reversible Cycle - Second Law of Thermodynamics | GATE Mechanical Engineering

18:32 min

Entropy in Basic Thermodynamics

Explained: Quantitative Parameters in Entropy - GATE Mechanical Engineering Thermodynamics

17:58 min

Mastering GATE Mechanical Engineering: Extent of Irreversibility 1 in Thermodynamics Entropy

25:19 min

Mastering GATE Mechanical Engineering: Extent of Irreversibility 2 in Thermodynamics Entropy

45:21 min

Unlocking Clausius Inequality 1 in Thermodynamics Entropy - GATE Mechanical Engineering

32:28 min

Unlocking Clausius Inequality 2 in Thermodynamics Entropy - GATE Mechanical Engineering

21:40 min

Reversible and Adiabatic Process in Entropy Thermodynamics - GATE Mechanical Engineering

17:05 min

Reversible Isothermal Heat Transfer in Entropy Thermodynamics | GATE Mechanical Engineering

23:08 min

Entropy in Basic Thermodynamics T-ds Relations Made Easy - GATE Mechanical Engineering

44:32 min

Explained: Entropy Change of Incompressible Substance - GATE Mechanical Engineering Thermodynamics

13:09 min

Explained: Change in Entropy for Ideal Gas - GATE Mechanical Engineering Thermodynamics

20:54 min

Explained: Work Transfer During Adiabatic Process - GATE Mechanical Engineering Thermodynamics

32:34 min

Explained: Entropy Change of Polytropic Process - GATE Mechanical Engineering Thermodynamics

27:09 min

Explained: Reversible Polytropic Process - GATE Mechanical Engineering Thermodynamics

21:05 min

Explained: Entropy Generation - GATE Mechanical Engineering Thermodynamics

30:09 min

Explained: Principle of Inc. of Entropy - GATE Mechanical Engineering Thermodynamics

35:16 min

Explained: Entropy Change of Pure Substances - GATE Mechanical Engineering Thermodynamics

31:38 min

Entropy Balance 1 in Basic Thermodynamics - GATE Mechanical Engineering

22:05 min

Entropy Balance 2 in Basic Thermodynamics - GATE Mechanical Engineering

26:55 min

Entropy Balance 3 in Basic Thermodynamics - GATE Mechanical Engineering

29:50 min

Entropy Balance 4 in Basic Thermodynamics - GATE Mechanical Engineering

30:56 min

Entropy Balance 5 in Basic Thermodynamics - GATE Mechanical Engineering

35:00 min

Entropy Balance 6 in Basic Thermodynamics - GATE Mechanical Engineering

17:57 min

Entropy Balance 7 in Basic Thermodynamics - GATE Mechanical Engineering

16:09 min

Reversible Steady-Flow Work 1 | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

20:07 min

Reversible Steady-Flow Work 2 | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

26:17 min

N1 - Total Entropy Generation With Two Stops System | Thermodynamics | GATE Mechanical Engineering

36:05 min

N2 - Process is Possible or Not | Thermodynamics | GATE Mechanical Engineering

14:29 min

N3 - Mixing of Two Gas | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

18:11 min

N4 - Spring Loaded Piston Cylinder | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

12:45 min

N5 - Two Tank with HP | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

17:46 min

N6 - HE with Hydraulic Press | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

14:09 min

N7 - Turbine with HE | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

12:21 min

N8 - Entropy Generation in a HE | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

31:50 min

N9 - Entropy Generation of Tank Filling with Spring | Thermodynamics | GATE Mechanical Engineering

27:11 min

N10 - Entropy Generation with Polytopic Process | Thermodynamics | GATE Mechanical Engineering

21:00 min

N11 - Compressing of Lquid by Pump | Entropy in Basic Thermodynamics | GATE Mechanical Engineering

11:12 min

Exergy (Availability)

Exergy (Availability) - Work Potential of Energy 1 | Thermodynamics | GATE Mechanical Engineering

35:19 min

Exergy (Availability) - Work Potential of Energy 2 | Thermodynamics | GATE Mechanical Engineering

24:59 min

Mastering Reversible Work in Exergy | Thermodynamics | GATE Mechanical Engineering

32:05 min

Explained: Actual Work in Exergy (Availability) | Thermodynamics | GATE Mechanical Engineering

37:10 min

GATE Mechanical Engineering | Exergy Balance in SSSF Process | Basic Thermodynamics

34:46 min

Exergy Balance in Closed Systems - GATE Mechanical Engineering | Basics of Thermodynamics

28:31 min

Irreversibility in Cooling Iron Block | Exergy in Thermodynamics | GATE Mechanical Engineering

27:10 min

Exergy Efficiency in Second Law Analysis | GATE Mechanical Engineering | Basics of Thermodynamics

32:32 min

Numerical (1): Reversible Work in Expansion Process | Thermodynamics | Exergy in GATE ME

25:24 min

Numerical (2): Second Law Analysis of Steam Turbine | Thermodynamics | Exergy in GATE ME

49:04 min

Numerical (3): Irreversibility During Expansion Process | Thermodynamics | Exergy in GATE ME

35:40 min

Numerical (4): Dropping a Hot Iron Block into Water | Thermodynamics | Exergy in GATE ME

35:22 min

Numerical (5): Exergy Destruction | Thermodynamics | Exergy in GATE Mechanical Engineering

28:48 min

Numerical (6): Exergy Destruction During Expansion of Steam | Thermodynamics | Exergy in GATE ME

34:11 min

Numerical (7): Exergy Destroyed During Stirring of a Gas | Thermodynamics | Exergy in GATE ME

33:14 min

Numerical (8): Exergy Destroyed During Mixing of Fluid Streams | Thermodynamics | Exergy in GATE ME

32:00 min

Numerical (9): Second law efficiency of Heat Engine | Thermodynamics | Exergy in GATE ME

16:03 min

Numerical (10): Charging a Compressed Air Storage System | Thermodynamics | Exergy in GATE ME

23:56 min

Numerical (11): Second law efficiency of Heat Exchanger | Thermodynamics | Exergy in GATE ME

23:26 min

Thermodynamic Properties Relations

Partial Derivatives and Associated Relations | Thermodynamics Properties Relations | GATE ME

29:53 min

The Maxwell Relations | Thermodynamic Properties Relations | GATE Mechanical Engineering

23:05 min

Understanding the Clapeyron Equation | Thermodynamics Properties Relations | GATE ME

17:38 min

Simplified: General Relations for du; dh; ds; Cv; and Cp 1 in Thermodynamics | GATE ME

26:45 min

Simplified: General Relations for du; dh; ds; Cv; and Cp 2 in Thermodynamics | GATE ME

13:00 min

Numerical(1) hfg of a Substance from The p-v-T Data |Thermodynamic Properties Relations | GATE ME

08:21 min

Mastering Joule-Kelvin Effect |Thermodynamic Properties Relations | GATE Mechanical Engineering

64:53 min

Numerical(2) hfg of a Substance from The p-v-T Data |Thermodynamic Properties Relations | GATE ME

15:39 min

Numerical(3) hfg of a Substance from The p-v-T Data |Thermodynamic Properties Relations | GATE ME

19:29 min

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Video lectures for Basic Thermodynamics (Video Lectures for GATE) 2024 is part of Mechanical Engineering exam preparation. The videos have been prepared according to the Mechanical Engineering exam syllabus. The Video lectures, notes, tests & MCQs are made for Mechanical Engineering 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

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