Heat duty calculator is a free software to help with computing the sensible heat duty and the latent heat transfer rate, the calculator uses the equations stated in the article available at WeBBusterZ Engineering Articles website. This article titled "How to calculate the heat duty". The software can accept input in SI Units or English Units of measurement. The flow rate can be specified by volume ...or mass flow. The answer will be shown in several units Flow rate input units - m3/s, m3/h, m3/day, ft3/s, ft3/h, ft3/day, kg/s, kg/h, kg/day, lb/s, lb/h, lb/day The output heat rate (Duty) is calculated in kW, Btu/h, hp (British), hp (Metric)
Heat duty calculator is a free software to help with computing the sensible heat duty and the latent heat transfer rate, the calculator uses the equations stated in the article available at WeBBusterZ Engineering Articles website. This article titled ''How to calculate the heat duty''. The software can accept input in SI Units or English Units of measurement. The flow rate can be specified ...by volume or mass flow. The answer will be shown in several units Flow rate input units - m3/s, m3/h, m3/day, ft3/s, ft3/h, ft3/day, kg/s, kg/h, kg/day, lb/s, lb/h, lb/day The output heat rate (Duty) is calculated in kW, Btu/h, hp (British), hp (Metric)
Heat duty calculator allows you to calculate the duty or heat rate for sensible heat transfer and latent heat transfer. The flow rate can be specified as volumetric or mass flow rate. Density input is required when the flow rate is specified by volume. The calculator support SI Units and English (US) units of measurements. Flow rate input units - m3/s, m3/h, m3/day, ft3/s, ft3/h, ft3/day, kg/s, kg/h, ...kg/day, lb/s, lb/h, lb/day The output heat rate (Duty) is calculated in kW, Btu/h, hp (British), hp (Metric) DIFFERENCE BETWEEN FREE VERSION AND PAID VERSION ================================================ To support the development of mobile applications: Free version has banner adverts Free version REQUIRES internet WIFI connection to operate FEEDBACK AND REVIEWS ===================== I accept your opinion on this application and off course like anyone else on this store I like to see positive rating and feedback. Please leave only constructive feedback. NEW USERS ========== Try this application and makeup your own mind about it, don''t be influenced by other opinions.
Thermal design and sizing calculations of Air cooled heat exchangers design. Some main features: 1. Support SI Units and English (U.S) Units of measurement, Unit converter also included 2. Induced draft/forced draft operation modes. 3. Calculate the Nr. of Bays/Fans/Tubes/Tube rows/Tube bundles, Bundle Face Area, Total Bundle Face Width, Bundle Width, Surface Area for Bare Tubes and Fin Tubes, Air ...Mass Flow Rate, Log Mean Temperature Difference, Fin Efficiency, Fan Diameter and Total Fans Projected Area Per Bay, Fan Driver Power requirements 4. Calculate Outlet Air Temperature using iteration or incrementing techniques. 5. 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, Maximum Air Side Velocity, Air Side Reynolds'' Nr, Air Heat Transfer Coefficient 6. Air side heat transfer coefficient, you can select between three correlations. Briggs and Young, ESDU, Kern or Ganguli alternatively the software can also accept Nusselt nr input or heat transfer coefficient input on both hot/cold sides. 7. Run unlimited nr of trials all can be displayed in results data grid 8. Calculate the Heat Duty or specify the Heat duty to calculate the hot side mass flow rate. 9. The ability to keep the Tube Length constant for all trials or calculate it for each trial 10. Calculate the Overall Heat Transfer Coefficient (Clean/Design/Required). 11. The software will also estimate the Over Design and Over Surface percentage 12. Calculate the Tube side/Air Side Pressure Drops. with different equations to select from for the process side pressure drop. Other Tools included: +Import physical properties from Microsoft Excel spreadsheet, WeBBusterZ Physical properties database. +Dry Air properties at atmospheric pressure +Heat transfer coefficients +Convert Pressure to altitude and vice versa. and many more features included but not in this list.
Thermal design and sizing calculations of Air cooled heat exchangers design. Some main features: 1. Support SI Units and English (U.S) Units of measurement, Unit converter also included 2. Induced draft/forced draft operation modes. 3. Calculate the Nr. of Bays/Fans/Tubes/Tube rows/Tube bundles, Bundle Face Area, Total Bundle Face Width, Bundle Width, Surface Area for Bare Tubes and ...Fin Tubes, Air Mass Flow Rate, Log Mean Temperature Difference, Fin Efficiency, Fan Diameter and Total Fans Projected Area Per Bay, Fan Driver Power requirements 4. Calculate Outlet Air Temperature using iteration or incrementing techniques. 5. 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, Maximum Air Side Velocity, Air Side Reynolds'' Nr, Air Heat Transfer Coefficient 6. Air side heat transfer coefficient, you can select between three correlations. Briggs and Young, ESDU, Kern or Ganguli alternatively the software can also accept Nusselt nr input or heat transfer coefficient input on both hot/cold sides. 7. Run unlimited nr of trials all can be displayed in results data grid 8. Calculate the Heat Duty or specify the Heat duty to calculate the hot side mass flow rate. 9. The ability to keep the Tube Length constant for all trials or calculate it for each trial 10. Calculate the Overall Heat Transfer Coefficient (Clean/Design/Required). 11. The software will also estimate the Over Design and Over Surface percentage 12. Calculate the Tube side/Air Side Pressure Drops. with different equations to select from for the process side pressure drop. Other Tools included: +Import physical properties from Microsoft Excel spreadsheet, WeBBusterZ Physical properties database. +Dry Air properties at atmospheric pressure +Heat transfer coefficients +Convert Pressure to altitude and vice versa. and many more features included but not in this list.
Process engineering calculator contains the calculators described below, to read more about this product please visit webbusterz website. + Units converter: containing 23 measurements with 200 unit conversions. + Orifice sizing: Size an Orifice using International Standard ISO 5167-2:2003 or crane method + Control Valve Sizing: size control valves CV using Masoneilan method, Calculate ...CV or Flow rate from a given CV for different services + Relief Valve Sizing: size valves based on API 520 and API 521 + API Gravity: measure how heavy or light a petroleum liquid is comparing to water. + Cavitation Coefficient: used in centrifugal pumps. also can calculate the pump head providing that the Cavitation coefficient is defined + Cavitation Number: to characterize the potential of the flow to cavitate calculate the cavitation number and back calculate the local Pressure or vapor Pressure or velocity + Erosional Velocity: use API RP 14E to estimate the erosional velocity, mixture density, minimum pipe cross sectional area + Head loss: head loss and pipe cross sectional area using Darcy Weisbach equation also plot profile charts + Heat Exchanger Unknown Temperature: calculate any unknown one or two temperatures on the hot side or the cold side. + Heat Transfer rate (Heat duty): for sensible and latent heat transfer + Hydraulic Diameter: for rectangular, elliptical and annulus pipe types + Linear interpolation calculator: interpolate between tabulated values. + 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, Pumping Power, Reynold''s Number, Scale Resistance, Sonic Velocity, Vapor Pressure, Velocity in Pipe, Vessel Volume and Vessels Liquid Height.
Come and feel the power of modern warplane in air dogfight! Fight the war face to face with all modern Empire Tower Defense! New missile system is waiting for you to master! Features Army Defense - Varied and powerful weapons could be used in any situation and your duty have to pass the level! - 16 modern warplanes in real history! - Beautiful environments, mini game! - A lot of level ...in Jungle Kingdom Heat - Smooth and simple aircraft control system! - Easy to learn hard to master with Jungle Kingdom Heat in mini game! If you love to play call of duty. I think you also this game. Enjoy We will update and improve this Empire Tower Defense constantly. Please rate and give your feedback for further improvement of Empire Tower Defense Requires iOS?7.0 or later. Compatible with iPhone, iPad, and iPod touch.
Come and feel the power of modern warplane in air dogfight! Fight the war face to face with all modern Royal Combat Defense ! New missile system is waiting for you to master! Features Royal Combat Defense - Varied and powerful weapons could be used in any situation and your duty have to pass the level! - 16 modern warplanes in real history! - Beautiful environments, mini game! - A lot of ...level in Jungle Kingdom Heat - Smooth and simple aircraft control system! - Easy to learn hard to master with Jungle Kingdom Heat in mini game! If you love to play call of duty. I think you also this game. Enjoy We will update and improve this Royal Combat Defense constantly. Please rate and give your feedback for further improvement of Royal Combat Defense Requires iOS?8.0 or later. Compatible with iPhone, iPad, and iPod touch.
SWEP District Energy App targets District Energy professionals working with Brazed Plate Heat Exchangers (BPHEs). It offers quick selections via your android devices of heat exchangers for various District Heating and District Cooling duties, including insulations, dimensions, pictures and technical data. Animations present the features and benefits of BPHEs and general information about SWEP. The ...App also provides an overview of the different conditions and technical variations in District Energy networks around the world, explained through a mixture of history and practice. 1.Choose your application 2.Choose your country 3.Choose temperature regime based on the chosen application and country 4.Choose capacity by sliding the bar Note: This app is supported on Android version 4.0 and above
+S.I & English (U.S) Units of measurement. +Unit converter includes 23 measurements units with 200-unit conversion +Ability to import properties to Hot/Cold sides from Microsoft Excel. +Export Results to Microsoft Excel Engineering Datasheet -Calculations- +Calculate unknown temperatures or flow rate +Perform thermal analysis for bare tube double pipe (hairpin) heat exchangers. +Perform thermal ...analysis for finned tube double pipe (hairpin) heat exchangers. +Choose from Counter Current or Co-Current Flow arrangement +Choose from Series arrangement or Series-Parallel arrangement. +Auto allocate Hot/Cold fluids within the heat exchanger (Inner Pipe or Outer Pipe). +Select from different correlations to calculate Cold/Hot side heat transfer coefficient. Also the ability to adjust Nusselt number if you do have a different correlation. + Add your own Nusselt number correlation +Calculate the Area, Flow area, Length, Log Mean Temperature Difference, Number of Hairpins, Unknown Flow rate. +Calculate the scale resistance (dirt factor), Equivalent Diameter. +Calculate Pipe/Annulus side Reynolds, Nusselt numbers & Prandtl Numbers. +Duty, Clean and Design Overall heat transfer coefficient calculations +Pipe/Annulus velocities and Mass velocity calculations +Number of Transfer Units & Thermal Capacity ratio calculation. +Clean and Fouled Fin Efficiency calculations for finned tube heat exchanger. +Pressure drop calculations & Entrance and Exit losses. -Databases +Physical properties estimation of pure components for more than 1450 components; the database has the ability to estimate Thermal Conductivity, Density, Heat Capacity and Viscosity. The database also included & come as a standalone interface but easily integrated with the software. +Estimate mixture properties. (ALL ESTIMATION METHODS CURRENTLY SUPPORT LIQUIDS ONLY) +User database functions to allow user to add/delete fluids and load to hot/cold side (Empty database!) +Fouling factors