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i Y, 00 • • Calculation No. 145579-DA6, Rev. 1 Attachment 3 Page 21 of 22 OGTS Bypass External Convection and Thermal Radiation Coefficients ^VIcAdams Free ConveÛon Cor el tiQn f -31 al NOW ;x a ^$ . fix ^1, "h ., ^.. a.S K i.e , e A^ .^ $ .§ Red*Pr = 424.57 The dimensionless numbers are: Nusselt, Nuz = k, or 1Vua — kD Rayleigh, g•S-P'cp(9T)O g•P-P•GPOTW PO4 _ k or Rao — v k r r Reynolds,. Re, = vL or Rep — VD Prandd, Pr = ° P. G° kr A = 13.322 B= 1.016 C= 1.132 Stefan B = 1.714E-09 Btu/hr-ft^2-RA4 emiss = 0.65 Nufd = 12.26 Dimensionless Forced Convection, Nusselt No. Nund = 67.50 Dimensionless Natural Convection, Nusselt No. Nut = 0.3 + (Nufd- c)^' + (Nund - c ^' ^(I/') Combined Forced and Natural Convection, Nusselt No. c = 0.3 for Horizontal cylinder = 4 for Horizontal c linder Nut = 67.52 Dimensionless he= 1.38 Btu/hr-s .ft °F Combined Convection he = 7.81977 Watt/s m-°C k
h OGTS Bypass External Convection and Thermal Radiation Coefficients McAdarps ^xecLlonvechon4^`òrrelatt^Y4s fo^•îâ^?^z^^ l .wz ^ " Radiation comonent: Stefan B = 1.714E-09 Btu/lu-ft^2-R^4 h, _ Ts —To emiss = 0.65 hr = 2.45 Btu/hr-s .fa°F Th Radiation Coefficient ht = he + lu •Total HT Coefficient ht = 3.83 Btu/hr-s . ft-°F Total HT Coefficient = 1712.29 Btu/hr-s .ft Specific Heat Loss A = 2.25 s . ft for cylinder 1 ft long Q = 3855.18 Btu/hr for cylinder 1 ft long Q = 1129.84 Watts for cylinder I ft long Q = 1.13 KW for cylinder I ft lon .r L o y Vey` . .y^4V s ^ t;. > ,d`.,. Calculation No. 145579-D-*6, Rev. 1 Attachment 3 Page 22 of 22 ro
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