In a heat exchanger, the fluid at2.5 m3/h flow cools from120∘C to 40∘Cand inlet temperature 10∘C 10 m3/h flow of water is heating.Compare the exchanger surfaces area for reverse and parallel flow. (fluid density1100 kg/m3 ve specific heat Cp=3044j/kgK, water density1000 kg/m3 specific heat Cp=4187 J/kgK. heat transfer coefficient U=1163 W/m2 K) In a heat exchanger, the fluid at 2.5 m³/h flow cools from 120 ° C to 40 ° C and inlettemperature 10°C 10 m³/h flow of water is heating.Compare the exchanger surfacesarea for reverse and parallel flow. ( fluid density 1100kg/m³ ve specific heat Cp =3044j/kgk, water density 1000 kg/m³ specific heat Cp =4187 J/kgK. heat transfercoefficient U=1163W/m²K)Water10 °C10 m³/h120 °C2.5 m³/h40 °C

Given data: Hot fluid flow rate V˙h=2.5 m3/h hot fluid cools from Th,i=120°C to Th,o=40°C Cold water…

Answered: n a heat exchanger, the fluid at2.5…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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In a heat exchanger, the fluid at2.5 m3/h flow cools from120∘C to 40∘Cand inlet temperature 10∘C 10 m3/h flow of water is heating.Compare the exchanger surfaces area for reverse and parallel flow. (fluid density1100 kg/m3 ve specific heat Cp=3044j/kgK, water density1000 kg/m3 specific heat Cp=4187 J/kgK. heat transfer coefficient U=1163 W/m2 K)

In a heat exchanger, the fluid at 2.5 m³/h flow cools from 120 ° C to 40 ° C and inlet
temperature 10°C 10 m³/h flow of water is heating.Compare the exchanger surfaces
area for reverse and parallel flow. ( fluid density 1100kg/m³ ve specific heat Cp =3044
j/kgk, water density 1000 kg/m³ specific heat Cp =4187 J/kgK. heat transfer
coefficient U=1163W/m²K)
Water
10 °C
10 m³/h
120 °C
2.5 m³/h
40 °C

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