This
note covers Derivation of mathematical models, Simplified models, Euler
equations, Vorticity, A dip on analysis and Biot Savarts law, Local in time well
posedness, Two dimensional case and one dimensional isentropic compressible
Euler equations.
This note describes introduction to fluid mechanics, Statics of fluids,
Kinematics of flow, Dynamics of inviscid fluid flow, Some elementary flows of
inviscid fluid, Some fundamentals concept of viscous fluid flow, Basic
consideration of experimental fluid mechanics, Methods and examples of applied
fluid mechanics.
This
note covers Derivation of mathematical models, Simplified models, Euler
equations, Vorticity, A dip on analysis and Biot Savarts law, Local in time well
posedness, Two dimensional case and one dimensional isentropic compressible
Euler equations.