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1. Review of Fundamentals of Transport Processors I, by V. Kumaran

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10.Momentum Conservation Equation, by V. Kumaran

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11.Angular Momentum Conservation Equation, by V. Kumaran

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12.Boundary Conditions, by V. Kumaran

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13.Mechanical Energy Conservation, by V. Kumaran

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14.Unidirectional Flow, by V. Kumaran

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15.Viscous Flows, by V. Kumaran

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16.Viscous Flows, by V. Kumaran

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17.Flow around a Sphere, by V. Kumaran

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18.Force on Moving Sphere, by V. Kumaran

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19.Torque on Rotating Sphere, by V. Kumaran

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2.Introduction, by V. Kumaran

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20.Effective Viscosity of a Suspension, by V. Kumaran

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21.Flow in a Corner, by V. Kumaran

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22.Lubrication Flow, by V. Kumaran

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23.Lubrication Flow, by V. Kumaran

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24.Inertia of a Low Reynolds Number, by V. Kumaran

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25.Potential Flow, by V. Kumaran

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26.Potential Flow around a Sphere, by V. Kumaran

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27.Two-Dimensional Potential Flow, by V. Kumaran

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28.Two-Dimensional Potential Flow, by V. Kumaran

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29.Flow around a Cylinder, by V. Kumaran

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3.Vectors and Tensors, by V. Kumaran

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30.Conformal Transforms in Potential Flow, by V. Kumaran

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31.Boundary Layer Theory, by V. Kumaran

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32.Boundary Layer Past a Flat Plate, by V. Kumaran

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33.Stagnation Point Flow, by V. Kumaran

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34.Falkner-Skan Boundary Layer Solutions, by V. Kumaran

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35.Falkner-Skan Boundary Layer Solutions, by V. Kumaran

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36.Vorticity Dynamics, by V. Kumaran

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37.Vorticity Dynamics, by V. Kumaran

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38.Turbulence, by V. Kumaran

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39.Turbulence, by V. Kumaran

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4.Vector Calculus, by V. Kumaran

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40.Turbulent Flow in a Channel, by V. Kumaran

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5.Vector Calculus, by V. Kumaran

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6.Curvilinear co-Ordinates, by V. Kumaran

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7.Kinematics, by V. Kumaran

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8.Rate of Deformation Tensor, by V. Kumaran

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9.Mass Conservation Equation, by V. Kumaran

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A. Viscous Heating in Slit Flow with Constant Wall Flux Boundary Condition B. Temperature Distribution of Fully Developed Newtonian Flow in Tubes, by N. Kishore

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Absorption in Plate Column: Method of McCabe & Thiele-Graphical Determination of Ideal Trays and Introduction to Multicomponent Absorption, by B. Mandal

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Accident Causation Theories, by Shishir Sinha

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Accident Investigation Procedure I, by Shishir Sinha

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Accident Investigation Procedure II, by Shishir Sinha

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Accident Research: Introduction, by Shishir Sinha

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Activity Coefficient for Mixtures, by Jayant K. Singh

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Adiabatic Plug Flow Reactors, by K. Krishnaiah

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Advanced Iterative Methods; Strongly Implicit Proc Edure; Conjugate Gradient Method; Multigrid Method, by Sreenivas Jayanti

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Advanced Iterative Methods: Alternating Direction Implicit Method; Operator Splitting, by Sreenivas Jayanti

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