014214 – Fundamentals of Fluid Mechanics

Hydrostatics. integral formulation of fluid flow, control volume, continuity equation, momentum equation in integral form. differential formulation of fluid flow, flow kinematics, continuity equation, acceleration, stress – rate of strain relation. newtonian fluid. differential momentum equation. navier-stokes equations, boundary conditions, exact solutions: couette and poiseuille flows. bernoulli equation, energy equation, flow measurement, flow in pipes, laminar and turbulent, friction losses, pipe systems, potential flow, basic solutions, boundary layers.

Prerequisites
Strength of Materials 1 014104
and  Differential and Integral Calculus 2 104004
and  Linear Algebra M 104019
and  Physics 1  114051
OR
 Strength of Materials 1  014104
and  Differential and Integral Calculus 2 104004
and  Linear Algebra M 104019
and  Physics 1M  114071
 OR
Strength of Materials 1  014104
and Differential and Integral Calculus 2 104004
and Linear Algebra M 104019
and Physics 1L  114077
OR 

Applied Mechanics 1  015007
and  Differential and Integral Calculus 2 104004
and  Linear Algebra M 104019
and  Physics 1L  114077
OR
Applied Mechanics 1 015007
and Differential and Integral Calculus 2 104004
and Linear Algebra M 104019
and Physics 1 114051

Contact hours

Lecture: 3 hours
Recitation: 2 hours
Credits: 4 points