Show sidebar

Lecture 18 Determination of Chemical Equilibrium Composition, by D.P. Mishra

,

Lecture 18-Condensation, by Arup Kumar Das

,

Lecture 18-Thermodynamics of Phase Equilibrium, by Jayant K. Singh

,

Lecture 18: Boundary Layer : Momentum, Thermal and Concentration, by Ganesh A. Viswanathan

,

Lecture 18: Entropy and its Transport, by S.K. Som

,

Lecture 18: Recapitulation of Common Power Cycles cont., by PK Das

,

Lecture 19 : Tutorial on the Estimation of Thermophysical Properties, by Pavitra Sandilya

,

Lecture 19 Chemical and Reaction Kinetics, by D.P. Mishra

,

Lecture 19-Chemical Potential and Fugacity, by Jayant K. Singh

,

Lecture 19-Solid-Liquid Flow, by Arup Kumar Das

,

Lecture 19: Laminar and Turbulent Flows; Momentum Balance, by Ganesh A. Viswanathan

,

Lecture 19: Recapitulation of Common Power Cycles cont., by PK Das

,

Lecture 19: Tutorial 5: Entropy and its Transport, by S.K. Som

,

Lecture 2 : Introduction (Contd.), by Gargi Das

,

Lecture 2 : Introduction to Waste Heat Recovery (Contd.), by PK Das

,

Lecture 2 : Properties of Pure Substances, by S.K. Som

,

Lecture 2 : Scope and Applications of Combustion≪Br≫, by D.P. Mishra

,

Lecture 2: Basic Hydrodynamics-Governing Equations, by Mahendra Verma

,

Lecture 2: Introduction to Conduction, by Ganesh A. Viswanathan

,

Lecture 20 : Concept of Chemical Potential, by Gargi Das

,

Lecture 20 : Tutorial on the Combustion and Thermodynamic Properties of Natural Gas, by Pavitra Sandilya

,

Lecture 20 Compact Notation and Reaction Rate of Chemical Reaction, by D.P. Mishra

,

Lecture 20-Gas-Solid Flow, by Arup Kumar Das

,

Lecture 20-General discussion on Fugacity, by Jayant K. Singh

,

Lecture 20: Energy and Mass Balances; Boundary Layer Approximations, by Ganesh A. Viswanathan

,

Lecture 20: Introduction to Third Law, by S.K. Som

,

Lecture 20: Recapitulation of Common Power Cycles cont., by PK Das

,

Lecture 21 Collision Theory, by D.P. Mishra

,

Lecture 21-Ideal Gas Mixture-Part 1, by Jayant K. Singh

,

Lecture 21: Chemical Potential (contd.), by Gargi Das

,

Lecture 21: Effect of ÃŽ’Hmix on Determination of Phase Diagrams (same Crystal Structure), by Kallol Mondal

,

Lecture 21: Order of Magnitude Analysis, by Ganesh A. Viswanathan

,

Lecture 21: Recapitulation of Common Power Cycles cont., by PK Das

,

Lecture 21: Review of Learning Concepts, by S.K. Som

,

Lecture 22 : Tutorial on Flow and Pressure Measurement in Natural Gas Systems, by Pavitra Sandilya

,

Lecture 22 Collision Theory (Contd..), by D.P. Mishra

,

Lecture 22-Ideal Gas Mixture-Part 2, by Jayant K. Singh

,

Lecture 22: Effect of ÃŽ’Hmix on Determination of Phase Diagrams contd.., by Kallol Mondal

,

Lecture 22: Heat Treatment, by Vivek Pancholi

,

Lecture 22: Homogeneous Open Systems, by Gargi Das

,

Lecture 22: Transport Coefficients, by Ganesh A. Viswanathan

,

Lecture 23 : Charge Transfer, by Debashis Ray

,

Lecture 23 : Tutorial on Temperature and Quality Measurement in Natural Gas, by Pavitra Sandilya

,

Lecture 23 Collision Frequency of Molecules, by D.P. Mishra

,

Lecture 23-Partial Molar Properties, by Jayant K. Singh

,

Lecture 23: Homogeneous Open Systems (contd.), by Gargi Das

,

Lecture 23: Importance of Phase Diagrams, by Kallol Mondal

,

Lecture 23: Relationship between Momentum, Thermal & Concentration Boundary Layer, by Ganesh A. Viswanathan

,

Lecture 24 : Heat Transfer in Natural Gas Systems, by Pavitra Sandilya

,

Lecture 24 Specific Reaction Rate and Arrhenius Law, by D.P. Mishra

,