This preview shows pages 1–2. Sign up to view the full content.
This preview has intentionally blurred sections. Sign up to view the full version.
View Full Document
Unformatted text preview: oil as a function of temperature and pressure using the density and specific heat relations given below. c P = 0.67505 + 4.3156 x 103 T  1.498 x 106 T 2 + 2.7403 x 109 T 3 in kJ/kg K = 1037.3  0.38658 T  5.7951 x 104 T 2 + 5.384 x 107 T 3 in kg/m 3 Temperature (T) in Kelvins ME 416 CAD of Thermal Systems 2 5. Reduce the following thermodynamic partial derivatives. (a.) s v h (b.) h T s (c.) u P T (d.) v T P 6. Evaluate the partial derivatives in problem #5 for an ideal gas. 7. Using a least squares approach generate a power law equation (Nu = aRa n ) for the following data. Rayleigh Number (Ra) Nusselt Number (Nu) 5 x 10 3 5.18 1 x 10 4 6.25 3 x10 4 8.41 7 x 10 4 10.57...
View
Full
Document
This note was uploaded on 07/25/2008 for the course ME 416 taught by Professor Somerton during the Fall '07 term at Michigan State University.
 Fall '07
 SOMERTON

Click to edit the document details