HEAT EXCHANGER DESIGN
Current:
BEM
Front Head:
A - Channel & Removable Cover
B - Bonnet (Integral Cover)
C - Channel Integral with Tubesheet
N - Channel Integral (Alt)
Shell Type:
E - One Pass Shell
F - Two Pass Shell (Longitudinal Baffle)
G - Split Flow
H - Double Split Flow
J - Divided Flow
K - Kettle Type Reboiler
X - Cross Flow
Rear Head:
L - Fixed Tubesheet (Like A)
M - Fixed Tubesheet (Like B)
N - Fixed Tubesheet (Like N)
P - Outside Packed Floating Head
S - Floating Head with Backing Device
T - Pull Through Floating Head
U - U-Tube Bundle
W - Externally Sealed Floating
Load Example Data
Calculate
Start Simulation
Properties
Save
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Simulation Settings
Flow Properties
Shell Inlet Temp (°C):
Shell Outlet Temp (°C):
Tube Inlet Temp (°C):
Tube Outlet Temp (°C):
Shell Flow Rate (kg/s):
Tube Flow Rate (kg/s):
Animation Controls
Flow Speed:
1.0x
Particle Density:
50
Particle Size:
4
Visualization
Temperature Gradient
Flow Direction Arrows
Turbulence Effect
Heat Transfer Zones
Temperature Graph
Flow Configuration
Flow Arrangement:
Counter Flow
Parallel Flow
Shell Fluid:
Water
Oil
Steam
Real-time Data
Heat Transfer Rate:
0 kW
LMTD:
0 °C
Effectiveness:
0 %
Simulation Time:
0.0 s
Reset
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Heat Exchanger Design Results
Heat Transfer Analysis
Temperature Profile
Performance Metrics