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INSTED CLOUD
Heat Exchangers
Basic Thermal-Hydraulic Analysis
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Concentric Tube
Concentric Tubes Heat Exchanger
(Click image to enlarge)
Capabilities
Rating (Performance Analysis)
Phase Change Capabilities
Tube Types
Required Input for Rating Analysis
Results from Rating Analysis
Calculation of the heat transfer rate
Calculation of the outlet temperatures
Single-phase analysis
Two-phase analysis
Boiling in tube
Boiling in annulus
Condensation in tube
Condensation in annulus
Multi-component analysis
Plain tubes, Integral low, Finned tubes
Hot fluid in annulus or tube?
Parallel or counterflow?
Tube length
For each fluid:
Density, specific heat, viscosity, thermal conductivity (or selection of a fluid from the Database)
Tube/annulus mass or volume flow rate
Tube/annulus diameter
Absolute roughness of tube inner and outer tube walls
Thermal conductivity of tubes
Fouling resistance in inner and outer tube walls
Heat transfer rate
Heat transfer area
U and UA
Effectiveness
LMTD
NTU
For each fluid:
Velocity
Reynolds number
Heat transfer coefficient
Nusselt number
Friction factor
Pressure loss
Power
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