introduction: continuum, stress, fluid, viscosity. control volume and integral description: mass conservation, momentum, angular momentum and energy equations. bernoulli s equation. dimensional analysis and similarity laws. kinematics: streamlines, streaklines, and pathlines. stream-function and material derivative. differential description: continuity and momentum equations. hydrostatics. newtonian fluids, naiver-stokes equations and boundary conditions. normalization of equations, nondimensional numbers and order-of-magnitude analysis. exact solutions. surface tension: contact angle, young-laplace equation and capillary rise. stokes equations. euler equations and potential flow. boundary layers: differential and integral boundary layer equations, approximate solutions, viscous forces and drag. laminar and turbulent flow in pipes: reynolds experiment, turbulence, moody diagram, losses and engineering bernoulli s equation. experimenting with fluid mechanics as part of a personal or group project.

Lorem ipsum dolor sit amet, consectetur adipisicing elit. Quae quidem blanditiis delectus corporis, possimus officia sint sequi ex tenetur id impedit est pariatur iure animi non a ratione reiciendis nihil sed consequatur atque repellendus fugit perspiciatis rerum et. Dolorum consequuntur fugit deleniti, soluta fuga nobis. Ducimus blanditiis velit sit iste delectus obcaecati debitis omnis, assumenda accusamus cumque perferendis eos aut quidem!

Aut, totam rerum, cupiditate quae aperiam voluptas rem inventore quas, ex maxime culpa nam soluta labore at amet nihil laborum? Explicabo numquam, sit fugit, voluptatem autem atque quis quam voluptate fugiat earum rem hic, reprehenderit quaerat tempore at. Aperiam.