Extended surfaces, heat transfer

Figure 10-147. Shell-side jn factors for bundles. One sealing strip per 10 rows of tubes and TEMA clearances. (Source Engineering Data Book, 2" Ed., 1960. Wolverine Tube, Inc. Used by permission Kern, D. Q., and Kraus, A. D. Extended Surface Heat Transfer, p. 506, 1972. McGraw-Hill, Inc. All rights reserved.)...

Kern, D. Q. and Kraus, A. D., Extended Surface Heat Transfer, McGraw-Hill Book Go. (1972). 

Step 13. In this step, Ux, the step 1 assumed value, and the overall extended surface heat-transfer coefficient are calculated ... 

Still another method of evaluating fin performance is discussed in Prob. 2-68. Kern and Kraus [8] give a very complete discussion of extended-surface heat transfer. Some photographs of different fin shapes used in electronic cooling applications are shown in Fig. 2-13. 

Kern, D. Q., and A. D. Kraus Extended Surface Heat Transfer," McGraw-Hill Book Company, New York, 1972. 

Ethvlene reactor, 573.574.588.593 circulating sand, 593 flame reactor, 573 Evaporators, 208-211 backward and forward feed, 211 heat transfer coefficients, 211 sketches, 209-211 thermal economy, 210 Extended surfaces, heat transfer, 188... 

Kern, D.Q. Kraus, A.D. Extended surface heat transfer. New York McGraw-Hill 1972... 

Actual heat transfer from extended surface Heat transfer from wall without fin... 

---