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Introductory Concepts (Contd.), by S. Chakraborty

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Lecture 17 : One Dimensional Unsteady State Heat Conduction-II, by S. Chakraborty

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Lecture 49: Compressible Flow (Contd.), by S. Chakraborty

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Lecture 23: Statistical Treatment of Turbulence and near-Wall Velocity Profiles, by S. Chakraborty

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Lecture 28 : Potential Flow, by S. Chakraborty

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Introduction to Turbulence Modeling (Contd.), by S. Chakraborty

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Important Consequences of Discretization of Unsteady State Problems, by S. Chakraborty

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Lecture 10: Reynolds Transport Theorem : Mass and Linear Momentum Conservation, by S. Chakraborty

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Classification of Partial Differential Equations and Physical Behaviour (Contd.), by S. Chakraborty

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Lecture 24: Consequences of Discretization of Unsteady State Problems, by S. Chakraborty

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Lecture 38: Lubrication Theory (Contd.), by S. Chakraborty

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Introduction to Fluid Machines (Contd.), by S. Chakraborty

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Compressible Flows (Contd..), by S. Chakraborty

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Boundary Layer Theory (Contd), by S. Chakraborty

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Lecture 48: Compressible Flow, by S. Chakraborty

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Lecture 01 : Eulerian and Lagrangian Description of Fluid Motion, by S. Chakraborty

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Fluid Kinematics (Contd.), by S. Chakraborty

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Lecture 37: Lubrication Theory, by S. Chakraborty

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Lecture 08: Examples of Bernoulli’s Equation, by S. Chakraborty

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Fluid Statics (Contd.) and Fluid under Rigid Body Motion, by S. Chakraborty

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Lecture 25: FTCS Scheme, by S. Chakraborty

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Microfluidics: some Application Examples, by S. Chakraborty

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Lecture 8 : Variational Formulation, by S. Chakraborty

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Lecture 50 : False (Numerical) Diffusion Scheme and the QUICK Scheme, by S. Chakraborty

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Lecture 52 : Discretization of Navier Stokes Equation (contd.), by S. Chakraborty

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Lecture 36: Stokes Flow Past a Sphere (Contd.), by S. Chakraborty

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Discretization of Navier Stokes Equations (Contd.), by S. Chakraborty

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Lecture 34 : Elimination Methods: Error Analysis (Contd.), by S. Chakraborty

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Discretization of Convection-Diffusion Equations: A Finite Volume Approach (Contd.), by S. Chakraborty

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Lecture 50 : Compressible Flows (Stagnation Properties), by S. Chakraborty

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