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Impact of the Nanoscale on Mechanical Properties, by Prathap Haridoss

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Nanocomposites, by Prathap Haridoss

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Density of States, by Prathap Haridoss

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Semiconductors, by Prathap Haridoss

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Discussion on Feynman’s Talk on Nanotechnology Part II, by Prathap Haridoss

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Carbon, by Prathap Haridoss

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The Ideal Gas, by Prathap Haridoss

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Bose-Einstein Statistics, by Prathap Haridoss

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Nanotechnology Science and Applications-Introduction, by Prathap Haridoss

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Fermi-Dirac Statistics: Part 1, by Prathap Haridoss

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Rouse Model-II, by Prateek Kumar Jha

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Continuum Mechanics-II, by Prateek Kumar Jha

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Continuum Mechanics-I, by Prateek Kumar Jha

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Rouse Model-I, by Prateek Kumar Jha

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Zimm Model-I, by Prateek Kumar Jha

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Rouse Model-IV, by Prateek Kumar Jha

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Models for Entangled Polymeric Systems-II, by Prateek Kumar Jha

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Models for Entangled Polymeric Systems-I, by Prateek Kumar Jha

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Rouse Model-III, by Prateek Kumar Jha

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Zimm Model-II, by Prateek Kumar Jha

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Lec 27: Fundamentals of Materials Science and Engineering, by Prasenjit Khanikar

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Lec 25: Shock Wave Attenuation, Interaction and Reflection-II, by Prasenjit Khanikar

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Lec 39: Plastic Deformation under Shock Waves 1, by Prasenjit Khanikar

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Lec 22: Equations of States (Shock Waves) : Theoretical Calculations, by Prasenjit Khanikar

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Lec 15: Taylor’s Experiment: Wilkins-Guinan Analysis, by Prasenjit Khanikar

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Lec 23: Complex Problems of Shock Waves and Temperature Rise under Shock Wave, by Prasenjit Khanikar

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Lec 28: Shock Wave Induced Phase Transformations I, by Prasenjit Khanikar

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Lec 40: Plastic Deformation under Shock Waves 2, by Prasenjit Khanikar

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Lec 36: Plastic Deformation at High Strain Rates 3, by Prasenjit Khanikar

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Lec 3: Introduction to Waves, by Prasenjit Khanikar

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