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The process water is pumped at partifular flow rate through 0.025m diameter and 8-meter- long pipeline to the entrance point of process industry with the atmosphere conditions. The type of fluid flow in the pipeline is much more complex in nature because there is no free surface for the fluid to escape. The constant external heat is added to the pipeline. Due to this high temperature the heat is transfer to water which is flowing inside the pipeline. The water is boiled due to constant addition of the heat between point A and point B. For this flow behaviour in pipeline write the following, (a) Write name of the suitable heat transfer phenomena involved and justify your answer and state the suitable assumptions (b) Draw and write the names of different regimes of heat transfer phenomena. (c) Write one correlation or mathematical equation for the regime involved Tube L-8m D- 0.025 m A

The process water is pumped at partifular flow rate through 0.025m diameter and 8-meter- long pipeline to the entrance point of process industry with the atmosphere conditions. The type of fluid flow in the pipeline is much more complex in nature because there is no free surface for the fluid to escape. The constant external heat is added to the pipeline. Due to this high temperature the heat is transfer to water which is flowing inside the pipeline. The water is boiled due to constant addition of the heat between point A and point B. For this flow behaviour in pipeline write the following, (a) Write name of the suitable heat transfer phenomena involved and justify your answer and state the suitable assumptions (b) Draw and write the names of different regimes of heat transfer phenomena. (c) Write one correlation or mathematical equation for the regime involved Tube L-8m D- 0.025 m A

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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The process water is pumped at partițular flow rate through 0.025m diameter and 8-meter- long pipeline to the entrance point of process industry with the atmosphere conditions. The type of fluid flow in the pipeline is much more complex in nature because there is no free surface for the fluid to escape. The constant external heat is added to the pipeline. Due to this high temperature the heat is transfer to water which is flowing inside the pipeline. The water is boiled due to constant addition of the heat between point A and point B. For this flow behaviour in pipeline write the following, (a) Write name of the suitable heat transfer phenomena involved and justify your answer and state the suitable assumptions (b) Draw and write the names of different regimes of heat transfer phenomena. (c) Write one correlation or mathematical equation for the regime involved Tube L= 8m D = 0.025 m A
Transcribed Image Text:The process water is pumped at partițular flow rate through 0.025m diameter and 8-meter- long pipeline to the entrance point of process industry with the atmosphere conditions. The type of fluid flow in the pipeline is much more complex in nature because there is no free surface for the fluid to escape. The constant external heat is added to the pipeline. Due to this high temperature the heat is transfer to water which is flowing inside the pipeline. The water is boiled due to constant addition of the heat between point A and point B. For this flow behaviour in pipeline write the following, (a) Write name of the suitable heat transfer phenomena involved and justify your answer and state the suitable assumptions (b) Draw and write the names of different regimes of heat transfer phenomena. (c) Write one correlation or mathematical equation for the regime involved Tube L= 8m D = 0.025 m A
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