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Lecture 38: Heat Pipe-Part II, by PK Das

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Lecture 16: Recapitulation of Common Power Cycles, by PK Das

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Lecture 60: Hydrogen Economy, by PK Das

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Lecture 67: Course Wrap – up, by PK Das

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Lecture 59: Energy Storage Systems – IX, by PK Das

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Lecture 37: Heat Pipe-Part I, by PK Das

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Lecture 58: Energy Storage Systems – VIII, by PK Das

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Lecture 10: Reversible Cycles cont., by PK Das

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

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Lecture 27: Thermodynamic Cycles for Low Temperature Application, by PK Das

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Lecture 62: Energy Economics – I, by PK Das

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Lecture 61: Fuel Cells, by PK Das

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

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Lecture 13: Entropy (Contd.) , Exergy, by PK Das

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Lecture 4 : Introduction to Waste Heat Recovery (Contd.), by PK Das

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Lecture 36-Corrigendum, by PK Das

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Lecture 1 : Introduction to Waste Heat Recovery, by PK Das

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Lecture 14: Exergy, Second Law Efficiency, by PK Das

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Lecture 33 : Heat Exchanger (Contd.), by PK Das

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Lecture 31: Heat Exchanger (Contd.), by PK Das

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Lecture 6: Thermodynamic Principles of Waste Heat Recovery (Contd.), by PK Das

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Lecture 35 : Heat Exchanger Network (HEN) (Contd.), by PK Das

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Lecture 30: Heat Exchanger (Contd.), by PK Das

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Lecture 28: Thermodynamic Cycles for Low Temperature Application (Contd.) , Cogeneration, by PK Das

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Lecture 5 : Thermodynamic Principles of Waste Heat Recovery, by PK Das

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Lecture 7 : Thermodynamic Principles of Waste Heat Recovery (Contd.), by PK Das

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

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Lecture 65: Energy Economics – IV, by PK Das

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Lecture 29: Heat Exchanger, by PK Das

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Lecture 8 : Thermodynamic Principles of Waste Heat Recovery (Contd.), by PK Das

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