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en, temperature (Tin)= 300k face temperature (TW = BLOK mel length 2083 6)= 0.05kgls. 1.

en, temperature (Tin)= 300k face temperature (TW = BLOK mel length 2083 6)= 0.05kgls. 1.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Sustion S 9 . Given, Inlet temperature (in)= 300k surface temperature (T) = book chanel length let's 20.83 Flow rate (m) = 0.05kyls. 201 calculate the hydraulic diameter (D 1. D= 4. Acs P Aes = P = x(0.076232 (0.0762) D= 4. (10.076232) (0.0762) D= 4A ID= 0.0762 m calculate Reynold's number (Re):- Re = m. D All M2 1846 x10³k (at 300k)
Transcribed Image Text:Sustion S 9 . Given, Inlet temperature (in)= 300k surface temperature (T) = book chanel length let's 20.83 Flow rate (m) = 0.05kyls. 201 calculate the hydraulic diameter (D 1. D= 4. Acs P Aes = P = x(0.076232 (0.0762) D= 4. (10.076232) (0.0762) D= 4A ID= 0.0762 m calculate Reynold's number (Re):- Re = m. D All M2 1846 x10³k (at 300k)
A= 1(0.076232 Re = (005) (0.0762) (0.0762) (1-846 x 155) Ke= 42514 cad Prandtl number (B) for 300k: P=0-708 arr at Boelter equation, laps Veing the Ditus find the Nusselt number (Nu):- Nu = 0.023 (Rejo.8 (80.3 Nu 6.023) ( 42524) (0.708)°3 Nu = 252-97 calculate the convective heat transfer wefficient (h) h = Nu-k KC = (0.0257 W/mk) D at 3ook. h= (252.97) (0.0257) 0.0762 h= 85-57 10m2.K) 2.
Transcribed Image Text:A= 1(0.076232 Re = (005) (0.0762) (0.0762) (1-846 x 155) Ke= 42514 cad Prandtl number (B) for 300k: P=0-708 arr at Boelter equation, laps Veing the Ditus find the Nusselt number (Nu):- Nu = 0.023 (Rejo.8 (80.3 Nu 6.023) ( 42524) (0.708)°3 Nu = 252-97 calculate the convective heat transfer wefficient (h) h = Nu-k KC = (0.0257 W/mk) D at 3ook. h= (252.97) (0.0257) 0.0762 h= 85-57 10m2.K) 2.
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