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Effects  of  Temperature  Changes  on  Fluid  Properties
Appendix A Thermodynamics

Thermodynamics Heat Transfer and Fluid Flow Volume 1 of 3
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COMPRESSION PROCESSES Thermodynamics Summary The important information from this chapter is summarized below. Compression  Processes  Summary • The  ideal  gas  law  can  be  used  to  determine  how  the  properties  of  pressure, temperature, and volume will be related during compression processes. Pv = R T • A  fluid  may  be  considered  incompressible  if  one  of  two  conditions  is  true: The fluid is a liquid. The fluid is a gas with a velocity greater than one-third of the speed of sound in the gas. • The work for certain types of processes can be determined as follows: Constant pressure process W1-2 = P(DV) Constant volume process W1-2 = V(DP) HT-01 Page 102 Rev. 0







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