Load and generate result in different formats + Generate Results and export it to Shell & Tube Engineering Data sheet that can be also saved as a . + Unknown Flow rate on either shell or tube side + Unknown temperature on shell side or tube side + Unknown exit temperatures on both sides + Duty. Shell/Tube velocities. Number of tubes. cleanliness factor + Overall heat transfer coefficient for both Clean and Fouled conditions + Select from different correlations to calculate shell or tube heat transfer coefficient or simply enter the coefficients (database of some common coefficients included) + Shell/Tube side Reynolds & Nusselt numbers + Recommended minimum shell thickness. minimum recommended number & diameter of rods. + Calculate Shell/Nozzle/Channel/Head/Tube sheet Thickness. + Number of transfer units.
Results:----- +Export Results to Shell & Tube Engineering Data sheet. Calculations: +Duty. Shell/Tube velocities. Unknown shell or tube side temperatures. Scale resistance (dirt factor) +Overall heat transfer coefficient for both Clean and Fouled conditions +Select from different correlations to calculate shell or tube heat transfer coefficient +Shell/Tube side Reynolds & Nusselt numbers +Pressure Drops. +Recommended minimum shell thickness. minimum recommended number & diameter of rods. +Calculate Shell/Nozzle/Channel/Head/Tube sheet Thickness. .
5) Fixed tube sheet counts and general tube sizes tables 6) Ability to import properties to Shell/Tube sides form Microsoft Excel 7) Export Results summary to Microsoft Excel 8) Ability to calculate unknown shell or tube side temperatures by iteration method (solving by trial and error) - also calculate unknown exit temperatures in rating mode. 9) Also can select from different correlations to calculate shell or tube heat transfer coefficient 10) Calculate the scale resistance (dirt factor) 11) Shell/Tube side Reynolds & Nusselt numbers 12) Baffle number and spacing 13) Recommended minimum shell thickness. minimum recommended number & diameter of rods. 14) Calculate Shell/Nozzle/Channel/Head/Tubesheet Thickness. .
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This software tool is made to demonstrate the thermal design calculations of Shell & Tube condensers. Calculations: +Horizontal (shell side/tube side). Vertical (shell side/tube side) and Reflux condensers thermal design. +Support single phase vapor condensation on hot side and liquid coolant on cold side. bare tubes only +TEMA designations. +Triangular and square pitch tube orientation +Detailed results displays many calculated variables such as: Duty. Number of tubes. Shell/Tube velocities.
Condenser design , thermal design , Shell and Tube condensers , horizontal condensers , vertical condensers , reflux condenser , heat exchanger , thermal analysis
Thermal design calculations of Shell & Tube condensers for horizontal condensers. vertical condensers including reflux condensers; main features: +Support S. Calculations +Horizontal (shell side/tube side). Vertical (shell side/tube side) and Reflux condensers thermal design. +Support single phase vapor condensation on hot side and liquid coolant on cold side. bare tubes only +TEMA designations. +Triangular and square pitch tube orientation +Detailed results displays many calculated variables such as: Duty. Number of tubes. Shell/Tube velocities.
Condenser design , thermal design , Shell and Tube condensers , horizontal condensers , vertical condensers , reflux condenser , heat exchanger , thermal analysis
Tube length. + Calculation of number of tubes + Calculation of Shell Diameter by iteration + Calculation of Weir height + Calculation of Nucleate pool boiling heat transfer coefficient using two different correlations + Calculation of tube side heat transfer coefficient using two different correlations + Calculation of Velocities on the tube and shell side + Calculation of Maximum allowable vapour velocity on the shell side + Calculation of the Maximum critical flux using three different correlations + Calculation of Shell side Heat Flux + Calculation of Number of Vapour nozzles + Calculation of Prandtl number on shell and tube sides and Reynolds number for the tube side + Calculation of Clean/Fouled Overall Heat transfer coefficients + Calculation of Tube side pressure drop + The ability to calculate unknown mass flow rate + Calculate the scale resistance (dirt factor) + An estimation database that has the ability to Estimate the Physical properties of more than 1450 components; the database has the ability to estimate Thermal Conductivity.
kettle reboiler , shell and tube , heat exchanger , thermal analysis , sizing calculations
Tube length. + Calculation of number of tubes + Calculation of Shell Diameter by iteration + Calculation of Weir height + Calculation of Nucleate pool boiling heat transfer coefficient using two different correlations + Calculation of tube side heat transfer coefficient using two different correlations + Calculation of Velocities on the tube and shell side + Calculation of Maximum allowable vapour velocity on the shell side + Calculation of the Maximum critical flux using three different correlations + Calculation of Shell side Heat Flux + Calculation of Number of Vapour nozzles + Calculation of Prandtl number on shell and tube sides and Reynolds number for the tube side + Calculation of Clean/Fouled Overall Heat transfer coefficients + Calculation of Tube side pressure drop + The ability to calculate unknown mass flow rate + Calculate the scale resistance (dirt factor) + Ability to import properties to Shell/Tube sides form Microsoft Excel + Compare upto 5 different cases in one window + Save/Load results. .
kettle reboiler , shell and tube , heat exchanger , thermal analysis , sizing calculations
+ LMTD calculator: Log Mean Temperature Difference for counter current and co-current flow + MMScfd Converter: convert mass flow or volume flow to Million Standard Cubic Feet + Nozzle Pressure Drop calculator for shell and tube heat exchangers + Pipe Friction Factor: Darcy and fanning friction factors using 2 equations! + other calculators including Pipe Sizing.
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of Bays/Fans/Tubes/Tube rows/Tube bundles. Surface Area for Bare Tubes and Fin Tubes. Fan Driver Power requirements 4. Calculate the Tube Side Flow Area. Tube Side Velocity. Tube Side Reynolds'' Nr. Tube Side Flow Regime and Tube Side Nusselt Number. tube Side Heat Transfer Coefficient.
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You may turn tubes clockwise or counter-clockwise to connect them. If the water starts flowing and some tube is not connected, you lose. You cannot turn the tubes with water.