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Thermodynamics Fundamentals

Track :

Engineering

Lessons no : 30

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What will you learn in this course?
  • Understand the laws of thermodynamics and their applications in real-world energy systems and mechanical processes
  • Analyze heat transfer methods including conduction, convection, and radiation in engineering contexts
  • Apply thermodynamic principles to calculate work, heat, and efficiency in various thermal systems
  • Interpret thermodynamic diagrams and property charts for practical system analysis and design
  • Evaluate energy conservation and entropy concepts in designing sustainable and efficient systems
  • Solve problems related to pressure, temperature, and volume changes in thermodynamic processes
  • Utilize thermodynamic equations and models to optimize power plants, engines, and refrigeration systems
  • Identify the role of thermodynamics in renewable energy technologies and environmental impact reduction
  • Develop skills to troubleshoot and improve thermal system performance in industrial applications
  • Integrate thermodynamic concepts with engineering design to innovate energy-efficient solutions

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  • The Certificate is free !
Lessons | 30
L 01 Basic Terms | Thermodynamics 1 | Mechanical
00:13:23

L 01 Basic Terms | Thermodynamics 1 | Mechanical
L 02 Concept of Heat and Work Process Path and Cycle | Thermodynamics 1 | Mechanical
00:16:40

L 02 Concept of Heat and Work Process Path and Cycle | Thermodynamics 1 | Mechanical
L 03 Microscopic Macroscopic Thermodynamic Systems Continuum | Thermodynamics 1 | Mechanical
00:10:24

L 03 Microscopic Macroscopic Thermodynamic Systems Continuum | Thermodynamics 1 | Mechanical
L 04 Thermodynamic Equilibrium Quasi Static Process | Thermodynamics 1 | Mechanical
00:10:47

L 04 Thermodynamic Equilibrium Quasi Static Process | Thermodynamics 1 | Mechanical
L 05 Boyle s Law Charles s Law Gay Lussac s Law Gas Constant | Thermodynamics 1 | Mechanical
00:14:43

L 05 Boyle s Law Charles s Law Gay Lussac s Law Gas Constant | Thermodynamics 1 | Mechanical
L 06 Combined Gas Law Relation Between Specific Heats Gas Constant| Thermodynamics 1 | Mechanical
00:20:12

L 06 Combined Gas Law Relation Between Specific Heats Gas Constant| Thermodynamics 1 | Mechanical
L 07 Constant Volume Process and Constant Pressure Process | Thermodynamics 1 | Mechanical
00:14:09

L 07 Constant Volume Process and Constant Pressure Process | Thermodynamics 1 | Mechanical
L 08 Concept of Isothermal Process Adiabatic Process | Thermodynamics 1 | Mechanical
00:23:28

L 08 Concept of Isothermal Process Adiabatic Process | Thermodynamics 1 | Mechanical
L 09 Polytropic Process Index of Compression or Expansion | Thermodynamics 1 | Mechanical
00:13:42

L 09 Polytropic Process Index of Compression or Expansion | Thermodynamics 1 | Mechanical
L 10 Avogadro s Law Vander Waal s Equation Constants a b | Thermodynamics 1 | Mechanical
00:18:23

L 10 Avogadro s Law Vander Waal s Equation Constants a b | Thermodynamics 1 | Mechanical
L 11 Reduced Properties Compressibility Chart Gibbs Dalton Law | Thermodynamics 1 | Mechanical
00:20:36

L 11 Reduced Properties Compressibility Chart Gibbs Dalton Law | Thermodynamics 1 | Mechanical
L 12 Numerical on Avogadro s Law Vander Waal s Equation | Thermodynamics 1 | Mechanical
00:04:47

L 12 Numerical on Avogadro s Law Vander Waal s Equation | Thermodynamics 1 | Mechanical
L 13 I C Engine Engine Parts Functions Two stroke I C Engine | Thermodynamics 1 | Mechanical
00:12:16

L 13 I C Engine Engine Parts Functions Two stroke I C Engine | Thermodynamics 1 | Mechanical
L 14 Construction and Working of Two stroke I C Engine | Thermodynamics 1 | Mechanical
00:11:44

L 14 Construction and Working of Two stroke I C Engine | Thermodynamics 1 | Mechanical
L 15 Assumptions of Air Standard Cycles Carnot Gas Power Cycle | Thermodynamics 1 | Mechanical
00:19:09

L 15 Assumptions of Air Standard Cycles Carnot Gas Power Cycle | Thermodynamics 1 | Mechanical
L 16 Terminology of I C Engine Numerical Four Stroke I C Engine | Thermodynamics 1 | Mechanical
00:15:58

L 16 Terminology of I C Engine Numerical Four Stroke I C Engine | Thermodynamics 1 | Mechanical
L 17 Air Standard Efficiency of Otto Cycle | Thermodynamics 1 | Mechanical
00:41:41

L 17 Air Standard Efficiency of Otto Cycle | Thermodynamics 1 | Mechanical
L 18 Numerical on Air Standard Efficiency of Otto Cycle | Thermodynamics 1 | Mechanical
00:15:20

L 18 Numerical on Air Standard Efficiency of Otto Cycle | Thermodynamics 1 | Mechanical
L 19 Numerical on Air Standard Efficiency of Otto Cycle | Thermodynamics 1 | Mechanical
00:16:03

L 19 Numerical on Air Standard Efficiency of Otto Cycle | Thermodynamics 1 | Mechanical
L 20 Mean Effective Pressure of Otto Cycle | Thermodynamics 1 | Mechanical
00:14:23

L 20 Mean Effective Pressure of Otto Cycle | Thermodynamics 1 | Mechanical
L 21 Air Standard Efficiency of Diesel Cycle | Thermodynamics 1 | Mechanical
00:21:17

L 21 Air Standard Efficiency of Diesel Cycle | Thermodynamics 1 | Mechanical
L 22 Numerical on Air Standard Efficiency of Diesel Cycle | Thermodynamics 1 | Mechanical
00:15:20

L 22 Numerical on Air Standard Efficiency of Diesel Cycle | Thermodynamics 1 | Mechanical
L 23 Numerical on Air Standard Efficiency of Diesel Cycle | Thermodynamics 1 | Mechanical
00:14:14

L 23 Numerical on Air Standard Efficiency of Diesel Cycle | Thermodynamics 1 | Mechanical
L 24 Dual Cycle Comparison of Otto Diesel Dual cycles | Thermodynamics 1 | Mechanical
00:14:52

L 24 Dual Cycle Comparison of Otto Diesel Dual cycles | Thermodynamics 1 | Mechanical
L 25 Numerical on Dual Cycles | Thermodynamics 1 | Mechanical
00:06:49

L 25 Numerical on Dual Cycles | Thermodynamics 1 | Mechanical
L 26 Comparison of SI CI Engines Two Four Stroke Engines | Thermodynamics 1 | Mechanical
00:07:08

L 26 Comparison of SI CI Engines Two Four Stroke Engines | Thermodynamics 1 | Mechanical
L 27 Air Standard Efficiency of Brayton Cycle | Thermodynamics 1 | Mechanical
00:16:21

L 27 Air Standard Efficiency of Brayton Cycle | Thermodynamics 1 | Mechanical
L 28 Comparison of Brayton Otto Cycle Numerical of Brayton Cycle | Thermodynamics 1 | Mechanical
00:14:02

L 28 Comparison of Brayton Otto Cycle Numerical of Brayton Cycle | Thermodynamics 1 | Mechanical
L 29 Stoichiometric Air Fuel Ratio Bomb Calorimeter | Thermodynamics 1 | Mechanical
00:17:03

L 29 Stoichiometric Air Fuel Ratio Bomb Calorimeter | Thermodynamics 1 | Mechanical
L 30 Junker Gas Calorimeter Minimum Air Requirement | Thermodynamics 1 | Mechanical
00:27:32

L 30 Junker Gas Calorimeter Minimum Air Requirement | Thermodynamics 1 | Mechanical

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2024-01-10

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Thermodynamics Fundamentals course, in this course Delve into the core principles governing heat, energy, and mechanical systems in this foundational course.