Fluids

Every Thesis Tuesday on the homepage, you can find detailed posts about my dissertation emphasis: fluid mechanics.  If you're interested in math and science to any degree, this is your page!

                                                                                        -Mrs.Dr.Poe 

Conservation Laws

Mass (I, II)
Momentum (I, II, III, IV, V, VI)
Energy (I, II, III, IV, V, VI)

External Flow

Blasius Boundary Layer Solution (Example)
Boundary Layer Equations

Characteristics of Flow Past an Object
Drag (Example)
Lift (Example)
Momentum Integral Boundary Layer Equation (Example)

Fluid Mechanics Basics

Buoyancy 

Control Volumes
Dimensional Analysis(I, II, III)

Eulerian Viewpoint

Introduction

Kinematics  

Physical Characteristics of Fluids
Potential Flow (I, II, III)

Pressure (Introduction, Variation, Hydrostatic Forces)

Rigid Body Motion

Shear Stress and Strain Rate

Simplifying Assumptions