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EN.540.304 Lecture 8: Deriving Navier-Stokes, Unidirectional Flow Practice

EN.540.304 Lecture Notes - Lecture 11: Mesoscopic Physics, Ligier

EN.540.304 Lecture Notes - Lecture 10: Loa, Asparagine

EN.540.304 Lecture 7: Quiz 2 Hints and Answers, Gradient of Velocity

EN.540.304 Lecture 5: Review of Flow Kinematics-Eulerian v. Lagrangian, Acceleration, Dilatation, Continuity in Eulerian, Integral Balances

EN.540.304 Lecture 6: Index Notation-Dot Product, Identity Matrix, Curl, Vorticity and Rate-of-strain Tensors

EN.540.304 Lecture 1: Introduction to Transport II-Grading, Content, Course Website, Review of Models and Vectors

EN.540.304 Lecture 4: Quiz 1 Hint and Answers-Dimensionless Variables, sinh and cosh

EN.540.304 Lecture 2: Review of Conservation Principles and Models-Pressure Driven Flow in a Slot, Macroscopic Model for Pipe Flow, Mesoscopic Model for Pipe Flow

EN.540.304 Lecture 3: Review of Pipe Flow Balances-Mass Exchanger, Chemical Reactor, CSTR

EN.540.203 Lecture 2: State Functions and the First Law of Thermodynamics-Energy Conservation, Closed+Adiabatic Systems, Isochoric Systems, Isobaric Systems, Isothermal Systems

EN.540.303 Lecture 3: Molecular Mechanism for Momentum Transfer and Shell Balance Approach to Fluid Mechanics-Kinetic Theory, Lattice Theory, Corresponding State Theorem, Laminar/Turbulent Fluid Flow, Falling Film Example

EN.540.303 Lecture 1: Introduction to Transport I-Basic Laws, Types of Transport, Heat Transfer Example

EN.540.303 Lecture 2: Mass Transfer-Flux, Newton's Law, Types of Fluid

EN.540.203 Lecture 1: Fundamentals of Thermodynamics-Units, System/Boundary/Environment, 0th Law, Work