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You searched: "heat exchanger"
- Heat Exchanger Wizard
How to design a heat exchanger using NextGen's Heat Exchanger Wizard - What changes in the calculation of heat exchangers in the 2023 edition of the ASME BPVC?
A summary of the changes that ASME BPVC 2023 makes to the chapters related to the calculation of heat exchangers - How to design an air cooler heat exchanger with NextGen
How to design an air cooler heat exchanger with NextGen - How to design an hairpin or double pipe heat exchanger
Following this guide, you'll be able to design two different types of uncommon heat exchangers: hairpin and double-pipe - How to design a double tubesheet heat exchanger
By following the TEMA RCB-7.1.2 requirements it is possible to calculate heat exchangers equipped with double tubesheets. - Pass partition definition for heat exchangers
Pass partition definition and calculation in the channels of an heat exchanger and their effect on adjacent flanges - How to design a vapor belt for an heat exchanger
The vapor belt, or annular distributor, is a component commonly used in heat exchangers to enable a more uniform distribution of fluids or gases at lower velocities. This document outlines how to approach its mechanical design using NextGen. - The item properties window
A recap of all the options and settings available under the "Item properties" window, to define a vessel or heat exchanger - Importing HTRI files
Specifications concerning the data import procedure for a heat exchanger starting from the thermal calculation with HTRI - Expansion joints
An overview of expansion joints and their use in the calculation of fixed plate heat exchangers - How to design supports for stacked equipments
The support of a vessel or an exchanger could also be subject to the stresses of overlying elements, as in the case of stacked exchangers. In this article we will see how to take this into account, so as to carry out adequate sizing. - Design a body/girth flange automatically using the Flange Designer tool
NextGen's Flange Designer allows you to design and optimize a body flange in minutes, creating the best possible geometry that satisfies the input conditions. - How to set item service according to UG-16
Set the type of service according to UG-16 so as to verify the minimum thicknesses in relation to that service - How to recover backup copies of NextGen items
How to recover backup copies of NextGen items - A new home for NextGen documentation
A new home for NextGen documentation - Getting started step-by-step guide
A guide for those approaching NextGen for the first time, aimed to discover the user interface and create the first simple vessel - Set liquid level
Set liquid level - NextGen 2023 user interface guide
NextGen 2023 introduces a new type of user interface for its main window. This article explains the differences with previous versions. - PED compliance for equipments designed according to ASME
NextGen supports the calculation of pressure vessels and heat exchangers according to the American ASME standards in accordance with the European PED standard - Materials set feature and its usage
The material sets enable faster prototyping and design of pressure vessels and heat exchangers, as well as minimizing possible input problems - Cladding and weld overlay management
NextGen supports automatic calculation of lining overthicknesses and can consider part of the cladding for the overall pressure resistance - Files management with Projects Browser
Projects Browser is the component used to manage and organize files and projects within NextGen. It's been overhauled in version 2022 of the software: in this article, we take a look in detail at all its functions. - Using the Usage Factor function to calculate the percentage of component utilization
How to perform a quantitative analysis on pressure parts with the Usage Factor function - How to create an additional component with the "Desktop View"
Guide to creating components outside the 3D modeler, using the interface called "Desktop View" - Limits on thickness for tubes and cylindrical shells in the VSR standard
The VSR standard provides for different lower limits on the thickness of the walls of pipes and cylindrical shells. NextGen checks these limits on the basis of the criteria imposed by the standard, this article summarizes this process. - Negative pressure, depressurization, differential pressure
Information on how the program handles negative pressure or depression and when it is possible to calculate differential pressure - Problems importing HTRI version 9.3 files
A bug in HTRI 9.3 causes issues with .NET 8. Since our software requires .NET 8, we recommend using HTRI 9.2.1 and manually registering the correct COM component. - How to import an item (file .sit)
How to import an item (file with .sit extension) into an existing project - NextGen 2023.2 is now available
Information about the new Sant'Ambrogio NextGen version 2023.2 - NextGen 3D modeler
A major part of NextGen's user interface is its 3D modeler. In this article, we look at its functionality, purpose, and limitations. - Forming Strains in ASME
Equations for Calculating Forming Strains in ASME VIII Div-1 and Div-2