Thermodynamics

Fundamental of Thermodynamics & Heat Transfer Bachelor of Engineering(BE) videos According to syllabus of Institute of Engineering(IoE), Tribhuwan University (TU)

Intermediate 5 (8 Reviews ) 309 Students enrolled
Last updated Sun, 12-Jun-2022 Nepali
What will I learn?
  • After Completion of this Course, Students will get complete knowledge of Fundamentals of Thermodynamics and Heat Transfer, based on syllabus of IoE and will be able to secure good score in IoE exam.

Curriculum for this course
62 Lessons 19h 2m
1. Introduction to Cource
1 Lessons 3m
  • Introduction to Fundamentals of Thermodynamics and Heat Transfer 3 Minutes Free
  • 1.Introduction to thermodynamics 25 Minutes Free
  • 2.Numerical 1 (2072 kartik) Numerical 2 (2072 ashwin) 17 Minutes Free
  • 3.Numerical 3 Numerical 4 (2074 chaitra) 25 Minutes Free
  • 4.Numerical 5 (2072 magh) 3 Minutes Free
  • 1.Energy and Energy Transfer 26 Minutes
  • 2.Numerical briefing ( P-V & T-V diagram of various piston-cylinder arrangement) 20 Minutes
  • 3.Numerical 1 15 Minutes
  • 4.Numerical 2 21 Minutes
  • 5.Numerical (2075 Ashwin) 31 Minutes
  • 1.Properties Of Common Substance. 42 Minutes
  • 2.Numerical (Table Describtion) 19 Minutes
  • 3.Numerical (how to obtain the value from table) 26 Minutes
  • 4.Numerical 1 (2074 Ashwin) 27 Minutes
  • 5.Numerical 2 (2072 kartik) 16 Minutes
  • 6.Numerical 3 (2072 chaitra) 19 Minutes
  • 7.Numerical 4 (2074 chaitra) 34 Minutes
  • 1.First Law of Thermodynamics for control mass and for a cyclic process and its application 17 Minutes
  • 2.First law of thermodynamics for control volume (mass and energy conservation equation) 19 Minutes
  • 3.Control volume Analysis (Steady state and unsteady state) 20 Minutes
  • 4.Control volume application (steady and unsteady state work or flow) 17 Minutes
  • 5.Other statements of the first law 2 Minutes
  • 6.Numerical 1 (2074 chaitra)(piston-cylinder) 17 Minutes
  • 7.Numerical 2 (2074 Ashwin)(piston-cylinder) 34 Minutes
  • 8.Numerical 3 -compressor (2075 ashwin) Numerical 4 -turbine(2071 chaitra) 25 Minutes
  • 9.Numerical 5 -turbine (2069 ashad) 14 Minutes
  • 10.Numerical 6 -nozzle (2073 chaitra) 22 Minutes
  • 1.Necessity-Second law of thermodynamics (isolated system)-Reversible & Irreversible processes w.r.t.entropy 17 Minutes
  • 2.Entropy Relation for an ideal gases and incompressible substance 9 Minutes
  • 3.control mass formulation -control volume formulation of second law 15 Minutes
  • 4.Isentropic process for an ideal gas and incompressible substances 10 Minutes
  • 5.Carnot cycle - Heat Engine 14 Minutes
  • 6.Heat pump - Refrigerator 15 Minutes
  • 7.Kelvin planck and clausius statements of second law 8 Minutes
  • 8. Numerical 1-entropy (2075 Ashwin) 12 Minutes
  • 9.Numerical 2 -Heat engine (2073 chaitra) 8 Minutes
  • 10.Numerical 3 -Heat pump (2072 chaitra) 8 Minutes
  • 11.Numerical 4 -Heat pump and Refrigerator (2072 kartik) 11 Minutes
  • 1.Classification of cycles 6 Minutes
  • 2.Brayton cycle theory 20 Minutes
  • 3.Brayton cycle Numerical 1 20 Minutes
  • 4.Brayton cycle Numerical 2 (2072 magh) 13 Minutes
  • 5.Rankine cycle theory 21 Minutes
  • 6.Rankine cycle Numerical 1 (2072 ashwin) Numerical 2 (2069 chaitra) 28 Minutes
  • 7.Rankine cycle Numerical 3 (2069 ashad) 18 Minutes
  • 8. Otto cycle theory 21 Minutes
  • 9. Otto cycle Numerical 1 (2074 chaitra) 20 Minutes
  • 10.Otto cycle Numerical 2 (2068 chaitra) 17 Minutes
  • 11.Diesel cycle Theory 23 Minutes
  • 12.Diesel cycle Numerical 1 (2072 chaitra) 21 Minutes
  • 13.Diesel cycle Numerical 2 (2074 bhadra) 16 Minutes
  • 14.Vapor compression Refrigeration cycle Theory 8 Minutes
  • 15.Vapor compression Refrigeration cycle Numerical 1 22 Minutes
  • 1.Modes of heat transfer - Conduction heat transfer through plane wall and hollow cylinder 14 Minutes
  • 2.Conduction heat transfer through composite plane wall and composite cylinder 13 Minutes
  • 3.Thermal resistance - Heat transfer through composite plane wall and composite cylinder using Electrical Analogy 25 Minutes
  • 4.Combined Heat Transfer and Overall Heat Transfer Coefficient Calculation for Plane wall (with or without electrical Analogy) 21 Minutes
  • 5.Combined Heat Transfer and Overall Heat Transfer Coefficient Calculation for tube (with or without electrical Analogy) 21 Minutes
  • 6.Convection and Radiation 3 Minutes
  • 7.Numerical 1 - plane Object Related (2074 chaitra) 30 Minutes
  • 8.Numerical 2 - Cylindrical Object Related (2074 Ashwin) 22 Minutes
  • 9. Numerical 3 - Radiation Related (2075 Ashwin) 7 Minutes
  • Requirements
    • Students are required to have knowledge of Fundamentals of Thermodynamics and Heat Transfer, based on syllabus of IoE .
    Description

    The videos herein are strictly based on syllabus of Institute of Engineering Tribhuvan University, Nepal promoting e-Learning in Nepal and are made with intention to provide guidance to the Bachelor in Engineering(BE) appearing students, for securing good results. The course tries to cover all the basics of Thermodynamics, Energy transfer and Properties of Common Substances. This course also comprises with First Law and Second Law of Thermodynamics along with Thermodynamic Cycles and Heat transfer with solution of most frequently asked questions in final exam of BE with fundamental theories and numericals. We strongly believe that, viewers will be benefited from these videos and the thrist of curiosity of viewers will be quenched! Feedbacks and suggestion to improve are always welcome and highly appreciated! 

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