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The range of application and widespread use of thermosiphons comes at the expense of their inherent complexity, especially pertaining to their design and corresponding calculations that are involved in it. Aside from performing manual design and calculus for such devices, users can rely on specialized apps, such as Vertical Thermosiphon Design (VTD). Just as its name aptly suggests, it will allow one to perform the required thermal calculus, for a wide range of indices and parameters, which are commonly involved in the design of thermosiphons.

Users will benefit from a well-structured layout, which we believe enhances productivity, by offering an unhindered view of all the parameters, at a single glance. All the project aspects will be offered through a tab-array, which is easily accessible, at all times.

Each tab contains the corresponding calculus elements for the particular parameter, and users also have access to schematics and illustrations to some of the indices and elements, for a better understanding of the underlying processes.

The app’s strong points go beyond the common parameters and their corresponding calculus, and offer a plethora of details that can be inputted and customized, in order to better reflect the required aspects.

To that end, one will be able to access TEMA designation parameters, heat, and fluid characteristics, as well as separate, independent exchanger details. To complement the said aspects, a built-in unit converter offers quick and efficient conversions at all times, from the main interface.

This application offers a package that contains a strong set of features for running the required calculations when designing thermosiphons.