1. ENTC 303: Fluid Mechanics and Fluid Power
Fluid Properties (i.e. density, viscosity)
Instrumentation to measure fluid properties
Pressure (i.e. absolute, gage, devices)
Static forces due to pressure (i.e. on walls, curved surfaces)
Buoyancy (note: stability is not covered)
Flowing Fluids
Flowrate
Bernoulli’s Equation

2. ENTC 303: Fluid Mechanics and Fluid Power
Flowing Fluids
Energy Equation
Reynolds Number
Energy losses in straight pipes
Non-circular sections
Minor losses
Piping systems in parallel
Piping systems in series
Pumps
Kinetic and Positive Displacement
Fluid Power
Hydraulic components and circuits
Pneumatic components and circuits

3. ENTC 370: Thermodynamics Basic concepts Fluid States and Ideal gases
Open systems
Closed systems
Fluid properties
Fluid States and Ideal gases
Steam tables
1st law for closed systems
Piston-cylinder devices
Rigid container
1st law for open systems
Pipes
Heat exchangers
Mixing chambers
Turbines and compressors

4. ENTC 370: Thermodynamics Carnot Cycle
2nd Law for closed and open systems
Entropy as a property
Entropy generation
Steady flow devices
Isentropic efficiency
Cycles
Otto cycle (internal combustion engine)
Refrigeration cycle
Gas (Brayton) turbine cycle
Steam (Rankine) cycle