SE 115 Lecture Notes - Lecture 1: Turbulence, Laminar Flow, Potential Flow
Document Summary
Introduction to the course: examples of fluid flow, course outline: Introduction (cid:149) dimensions and units (cid:149) basic concepts: density, viscosity, etc. Fluid statics (cid:149) pressure field (cid:149) pressure measurement (cid:149) hydrostatic forces. Fluid kinematics (cid:149) euler vs. lagrangian descriptions (cid:149) material derivatives (cid:149) streamline, streakline, pathline. Control volume analysis (cid:149) reynolds transport theorem (cid:149) conservation of mass, momentum, and energy. Differential analysis of fluid flow (cid:149) conservation of mass, momentum, and energy (cid:149) potential flow (cid:149) viscous flow. Similitude, dimensional analysis, and modeling (cid:149) dimensional analysis. Viscous flow in pipes (cid:149) laminar flow (cid:149) turbulent flow. Flow over immersed bodies (cid:149) lift and drag forces (cid:149) boundary layers.
