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2024年12月28日发(作者:oracle移动表空间文件)

Insulation Thickness=0.000m=Required Inputs

Valid of T

Average Heat Capacity of Fluid=1.991KJ/kg K

Fluid Viscosity=0.220cPThe Chemical Engineers' Resource Page

Thermal cond of Fluid=0.143W/m K

Thermal cond of Pipe=45.000W/m K

R1=0.250m

R2=0.256m

R3=0.256m

Mass Flow=545000.000kg/h

Ax pipe=0.196m^2

30.000W/m^2 K

Heat Transfer Coefficient in Pipe=3397.630W/m^2 K

Overall Heat Transfer Coefficient=29.605W/m^2 K

Thermal cond of insulation=100000.000W/m K

Length of pipe=50.000m

Inlet Temperature of Pipe (T1)=70.000

0

C

Ambient Temperature=50.000

0

C

Outlet Temperature (T2)=69.842421

0

C

Pipe

R1

R2

R3

Unit 1

T1

T2

Un

eat Transfer Coefficient Outside Pipe=

d of Turbulent Flow

0.992121

R3=0.25635

U=106.5782

m=545000

Cp=1.991

L=50

Insulation

Unit 2

By: Chris Haslego


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