March 2003
Intermediate to advanced
1056 pages
32h 58m
English
book
Transport Processes and Separation Process Principles (Includes Unit Operations) Fourth Edition
by Christie John Geankoplis
Content preview from Transport Processes and Separation Process Principles (Includes Unit Operations) Fourth Edition
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PROBLEMS
| 4.1-1. |
Insulation in a Cold Room. Calculate the heat loss per m2 of surface area for a temporary insulating wall of a food cold storage room where the outside temperature is 299.9 K and the inside temperature 276.5 K. The wall is composed of 25.4 mm of corkboard having a k of 0.0433 W/m · K. |
| A1: | Ans. 39.9 W/m2 |
| 4.1-2. |
Determination of Thermal Conductivity. In determining the thermal conductivity of an insulating material, the temperatures were measured on both sides of a flat slab of 25 mm of the material and were 318.4 and 303.2 K. The heat flux was measured as 35.1 W/m2. Calculate the thermal conductivity in btu/h · ft · °F and in W/m · K. |
| 4.2-1. |
Mean Thermal Conductivity in a Cylinder. Prove that if the thermal conductivity varies linearly ... |
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