3.8 Determine (i) the pressure drop, and (ii) the convective heat transfer coefficient from hot air ( Tin = 500 K, Pin = 101.3 kPa, m = 3.5 kg/s) to a cold-packed bed of spheres (L vessel = 6.0 m, D vessel = 1.50 m, D = 300 K, c sphere = 0.8 kJ/kgK, k sphere init = 1.05 W/mK). = 3.8 cm, o = 0.45, T sphere Answer. (a) Ap = 9.46 kPa ; (b) h = 115

Elements Of Electromagnetics
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3.8 Determine (i) the pressure drop, and (ii) the convective heat transfer coefficient from hot air (
Tin = 500 K, Pin = 101.3 kPa, m
sphere = 3.8 cm, o = 0.45, T init = 300 K, c sphere = 0.8 kJ/kgK, k sphere = 1.05 W/mK).
= 3.5 kg/s) to a cold-packed bed of spheres (L vessel = 6.0 m, D vessel = 1.50 m, D
Answer. (a) Ap = 9.46 kPa ; (b) h = 115
Transcribed Image Text:3.8 Determine (i) the pressure drop, and (ii) the convective heat transfer coefficient from hot air ( Tin = 500 K, Pin = 101.3 kPa, m sphere = 3.8 cm, o = 0.45, T init = 300 K, c sphere = 0.8 kJ/kgK, k sphere = 1.05 W/mK). = 3.5 kg/s) to a cold-packed bed of spheres (L vessel = 6.0 m, D vessel = 1.50 m, D Answer. (a) Ap = 9.46 kPa ; (b) h = 115
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