Gasketed Plate Heat Exchanger Design Crack Full Product Key [Mac/Win]
Gasketed Plate Heat Exchanger Design is the only online heat exchanger design software that helps you analyze and calculate the heat transfer performance of typical hot and cold gasketed plate channels. It is also handy to use for designing gasketed plate heat exchangers of other geometries (wider plate and increased number of channels).
Here are just a few of the features of Gasketed Plate Heat Exchanger Design:
•User friendly interface and graphics.
•User-defined physical properties and unit converter.
•User defined thermal parameters for hot and cold side heat exchangers.
•Compound heat exchangers.
•Design optimization based on maximum pressure drop and plate pack length.
•Multiple heat exchanger unit types (i.e. glass, earthern, etc.).
•Fouling factors (i.e. k-eff).
•Overall heat transfer performance.
•Equivalent channel length for calculation of the average temperature at different distances.
•Equivalent channel height for heat load and log mean temperature correction factor.
•Effective surface area for calculating the overall heat transfer performance (i.e. log mean temperature correction factor).
•Plate manufacturer's overall heat transfer coefficient.
•Acrylic plates.
•Polymer plates.
•Aluminum plates.
•Steel plates.
•Plate thicknesses and physical properties.
•Plate area per plate.
•Precision digital readout of the various parameters.
•Average temperature for each unit.
•Maximum temperature for each unit.
•Temperature range for each channel.
•Time required to compute the design.
•Maximum heat load.
•Number of units.
•Design details (e.g. connections, frame type).
•Nomenclature of the various types of heat exchangers.
•Glass products.
•Distilled water and raw water.
•Temperature loss.
•Aluminum heat exchanger.
•Metallic heat exchanger.
•Plate pack length.
•Channels per plate pack.
•Plate area.
•Plate thickness.
•Plate heat transfer coefficient.
•Mean heat flux.
•Fouling factor.
•Plate pitch (spacing).
•Raw and distilled water.
•Overall heat transfer coefficient.
•Design details.
•Overall heat transfer performance.
•Unit conversion.
•Plate geometry.
Gasketed Plate Heat Exchanger Design Crack + With Key [Mac/Win]
Analyze and calculate thermal data
The only notable aspect about installation is that the tool cannot run if you don't have.NET Framework installed. Once setup is over, you can reach the main app window and start a new design by configuring some settings.
You can set the component name, temperature range and flow rate for the hot and cold side as well as edit physical properties such as the specific heat capacity, thermal conductivity, viscosity, density, fouling factor, and maximum pressure drop. The heat load can be either calculated or specified.
Fill out information and make calculations easily
In the following step, you can preview the design and input a wide range of data, such as geometrical parameters (e.g. port diameter, plate thickness, channel spacing), plate manufacturer, type and material, gasket material, connections and frame type, assumed overall heat transfer coefficient, along with software or user correlations.
Based on all these properties, Gasketed Plate Heat Exchanger Design calculates the average temperatures of the hot and color side, heat load, log mean temperature difference, number of transfer units based on the maximum temperature difference, and the surface area based on the log mean temperature correction factor.
View and save the summary of the proposed design
Additional calculations focus on the plate pitch (e.g. compressed plate pack length, channel spacing), distilled and raw water (e.g. mass flow per channel, velocity through port and channel). You can also get a summary of the proposed design, print it, save it in Excel format, or it as an image.
As far as program settings are concerned, it's possible to set the measurement unit to SI (metric) or US (imperial). You can also make conversions between many types of units such as area, density, energy, entropy and heat flux, check out the overall heat transfer coefficients, material thermal conductivity, manufacturer plates, and more.
Comprehensive and easy-to-use thermal calculator
The tool worked smoothly on Windows 10 in our tests. It remained light on system resources usage throughout its runtime and performed calculations swiftly.
Gasketed Plate Heat Exchanger Design is a Windows application that facilitates a user-friendly interface for analyzing thermal data and making calculations of gasketed plate heat exchangers. It comes bundled with a unit converter and database for fouling factors, overall heat transfer coefficients, and others.
Analyze and calculate thermal data
The only notable aspect about installation is that the tool
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