Fluid Mechanics — Lectures
52 handbook sections · 409 formulas. Each lecture teaches the formulas, then shows the four ways the exam asks about them.
Definitions
16 eq
Stress is defined as
21 eq
Surface Tension and Capillarity
11 eq
Characteristics of a Static Liquid
3 eq
Manometers
28 eq
Archimedes Principle and Buoyancy
0 eq
Principles of One-Dimensional Fluid Flow
8 eq
Energy Equation
5 eq
Bernoulli Equation
8 eq
Euler's Equation
7 eq
Hydraulic Gradient (Grade Line)
0 eq
Energy Line (Bernoulli Equation)
0 eq
Reynolds Number
21 eq
Head Loss Due to Flow
7 eq
Minor Losses in Pipe Fittings, Contractions, and Expansions
5 eq
Pressure Drop for Laminar Flow
1 eq
Flow in Noncircular Conduits
1 eq
Drag Force
7 eq
Manning's Equation
10 eq
Hazen-Williams Equation
4 eq
Flow Through a Packed Bed
11 eq
Orifice Discharging Freely into Atmosphere
5 eq
Time required to drain a tank
2 eq
Multipath Pipeline Problems
6 eq
Pipe Bends, Enlargements, and Contractions
12 eq
Jet Propulsion
8 eq
Fixed Blade
2 eq
Moving Blade
5 eq
Impulse Turbine
8 eq
Mach Number
3 eq
Isentropic Flow Relationships
16 eq
Normal Shock Relationships
14 eq
Centrifugal Pump Characteristics
0 eq
Net Positive Suction Head Available (NPSHA)
15 eq
Pump Power Equation
5 eq
Typical Backward Curved Fans
4 eq
Compressors
4 eq
Compressor Isentropic Efficiency
3 eq
Adiabatic Compression
8 eq
Isothermal Compression
4 eq
Blowers
11 eq
Turbines
4 eq
Turbine Isentropic Efficiency
2 eq
Scaling Laws; Affinity Laws
13 eq
Fluid Flow Measurement
5 eq
Venturi Meters
8 eq
Orifices
3 eq
Dimensional Analysis
0 eq
Similitude
33 eq
Airfoil Theory
25 eq
FRICTION FACTOR (f) *
6 eq
TERMINAL SETTLING VELOCITY (ft/s)
1 eq