MAE 101A: Introductory Fluid Mechanics Homework 6 Due Wednesday March 17, 5:00 PM
Problem 1 The y component of velocity in a steady incompressible flow field in the xy plane is v= 2xy (x2 + y 2 )2
Show that the simplest expression for the x component of v
MAE 101A: Introductory Fluid Mechanics Winter 2009 FINAL EXAM Professor Alison Marsden Thursday 19th, 2009. Short answers: 1. (6pt) State in words the physical meaning for a) the gradient of a scalar field and c) the curl of a vector field v. 2. (2pt) Sta
An illustration of a mass balance with a deforming control volume has already been given in Example 3.2. The control-volume mass relations, Eq. (3.20) or (3.21), are fundamental to all fluidflow analyses. They involve only velocity and density. Vector dir
MAE 107 Lab Report 7
Fall 2014
Group: David Feng (69648735) & Thuong Tran (28987550)
Instructor: Dr. Jarrahbashi
TA: Rosa Padilla
1
Summary
For week 7, we revisited fluid mechanics, and in particular flow over immersed bodies in air. We
used a wind tunnel