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Fluid Mechanics (Applications and Subdivisions (Hydraulics, Aerodynamics,…
Fluid Mechanics
Fluids
Properties
Viscosity
Time Dependent
Thixotropic
Rheopectic
Time Independent
Surface Tension
Capillary Rise of Liquids in small tubes and porous wicks
Tendency of jets of liquids to break up into drops
Density
Average Density
Composite Materials
Bulk Density
Particle Density
Kinematic Viscosity
Specific Gravity
Behavior
Newtonian
Non Newtonian
Bingham
Pseudoplastic
Dilatant
Types
Gas
Liquid
Shear Stress
Pressure
Same in all directions
Stationary Fluid
Not necessarily same in all directions
Moving Fluid
Solid
Types
Absolute
Gauge
Applications and Subdivisions
Hydraulics
Aerodynamics
Hydrology
Meteorology
Reservoir mechanics
Particle dynamics
Multiphase Flow
Combination of Fluid Flows
Viscous Dominated Flows
Mechanics
Forces
Types of Forces
Shear Force
Cannot Permanently Resist
Can Permanently Resist
Tensile Force
Tensile Stress
Compressive Force
Compressive Stress
Weight
Mass
Acceleration due to Gravity
Motion
Basic Ideas
Principle of Conservation of Mass
Laws of Thermodynamics
First Law: Principle of the Conservation of Energy
Second Law: Entropy
Newton's Second Law of Motion