Transcript Thermodynamics I

Fluid Dynamics
 Continuity equations – conservation
of mass
 Bernoulli Equation – simple
conservation of energy
 Lacks
• Accounting for devices which add or
extract energy from stream
• Fluid friction
RTT
 Generalized equation to analyze
control volume
 B: extensive property
• Mass
• Energy
• Momentum
RTT
 B – mass: continuity equations
 B – energy: general energy equation
 Examples
Pump power
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“water” power
BHP
Efficiency
Examples
Practice Problems
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Mott Ch.6
38E
41M
42E
60M
Standard pipe & tubing
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Schedule 40 & 80 steel pipe: F1 & F2
Steel tubing: G
Type K copper tubing: H
Ductile iron pipe: I
Assignment
 Chapter 6 Bernoulli Equation
 Chapter 7 General Energy Equation
References
Images & examples
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Mechanics of Fluids, 3rd Edition, Potter & Wiggert,
Brooks & Cole
Applied Fluid Mechanics, 6th Edition, Mott, Prentice Hall
Engineering Fluid Mechanics, 5th Edition Crowe, &
Roberson, Wiley
Fluid Mechanics Cengel & Cimbala McGraw Hill