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Lecture 01 : Introduction, by Pavitra Sandilya

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Lecture 01_Part 1 – Motivation and Overview 1, by Arun K.Tangirala

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Lecture 01_Part 2 – Motivation and Overview 2, by Arun K.Tangirala

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Lecture 01-Introduction-01, by P. Mondal

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Lecture 01-Introduction, by Shabina Khanam

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Lecture 01: Introduction (Definition of Porous Media), by Somnath Ganguly

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Lecture 01: Solid Particle Characterization, by Arnab Atta

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Lecture 02 : Fundamentals of Separation Processes and Introduction of Membrane System (Contd.), by S. De

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Lecture 02 : Preliminaries, by Pavitra Sandilya

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Lecture 02_Part 1 – Motivation and Overview 3, by Arun K.Tangirala

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Lecture 02_Part 2 – Motivation and Overview 4, by Arun K.Tangirala

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Lecture 02-Characterization of a Single Particle-1, by Shabina Khanam

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Lecture 02-Introduction-02, by P. Mondal

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Lecture 02: Introduction (Conceptual Flow Models), by Somnath Ganguly

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Lecture 02: Solid Particle Characterization (Contd.), by Arnab Atta

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Lecture 03 : Balance Equations Preliminaries-I, by Pavitra Sandilya

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Lecture 03_Part 1 – Journey into Identification 1, by Arun K.Tangirala

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Lecture 03_Part 2 – Journey into Identification 2, by Arun K.Tangirala

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Lecture 03-Characterization of a Single Particle-2, by Shabina Khanam

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Lecture 03-Characterization of Wastes-1, by P. Mondal

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Lecture 03: Fundamentals of Separation Processes and Introduction of Membrane System (Contd.), by S. De

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Lecture 03: Introduction (Applications), by Somnath Ganguly

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Lecture 04 : Tutorial 1 Balance Equations Preliminaries-I, by Pavitra Sandilya

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Lecture 04_Part 1 – Journey into Identification 3, by Arun K.Tangirala

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Lecture 04_Part 2 – Journey into Identification (Case Studies) 4, by Arun K.Tangirala

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Lecture 04_Part 3 – Journey into Identification (Case Studies) 5, by Arun K.Tangirala

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Lecture 04-Characterization of Collection of Particles-1, by Shabina Khanam

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Lecture 04-Characterization of Wastes-2, by P. Mondal

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Lecture 04: Fundamentals of Separation Processes and Introduction of Membrane System (Contd.), by S. De

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Lecture 04: Mass Continuity (Introduction), by Somnath Ganguly

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Lecture 04: Particle Size Distribution (Contd.), by Arnab Atta

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Lecture 05 : Balance Equations Preliminaries-II, by Pavitra Sandilya

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Lecture 05_Part 1 – Journey into Identification (Case Studies) 6, by Arun K.Tangirala

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Lecture 05_Part 2 – Journey into Identification (Case Studies) 7, by Arun K.Tangirala

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Lecture 05_Part 3 – Journey into Identification (Case Studies) 8, by Arun K.Tangirala

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Lecture 05-Characterization of Collection of Particles-2, by Shabina Khanam

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Lecture 05-Characterization of Wastes-3, by P. Mondal

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Lecture 05-Discrete Annually Compounding I & II, by Bikash Mohanty

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Lecture 05: Mass Continuity (Cartesian Coordinates), by Somnath Ganguly

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Lecture 05: Modeling of Reverse Osmosis, by S. De

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Lecture 05: Particle Size Distribution (Contd.), by Arnab Atta

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Lecture 06 : Concentration Polarization, by S. De

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Lecture 06 : Tutorial 2 Balance Equations Preliminaries-II, by Pavitra Sandilya

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Lecture 06_Part 1 – Journey into Identification (Case Studies) 9, by Arun K.Tangirala

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Lecture 06_Part 2 – Journey into Identification (Case Studies) 10, by Arun K.Tangirala

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Lecture 06-Fine Grain Size Distribution, by Shabina Khanam

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Lecture 06-Tutorial on Chatacterization of Wastes, by P. Mondal

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Lecture 06: Fluid-Particle Mechanics, by Arnab Atta

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Lecture 06: Fundamental Concepts Related to Surface Tension-3, by R. Mukherjee

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Lecture 06: Mass Continuity (Cylindrical Coordinates), by Somnath Ganguly

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