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You searched: "ASME VIII"
- Fatigue Analysis Screening, Method B according to ASME Section VIII div 2 Clause 5.5.2.4
The fatigue screening allows to determine if a fatigue analysis is required as part of the vessel design. If the screening is satisfied, then a fatigue analysis is not required as part of the vessel design. - How to import an ASME VIII material from Division 1 to Division 2 or vice-versa
To import any material from Division 1 into the ASME VIII Division 2 material database or vice versa, simply follow these instructions - How to visualize the test cases report of ASME PTB
Description of the steps to visualize the test cases reports of ASME VIII PTB - 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 - 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 - Forming Strains in ASME
Equations for Calculating Forming Strains in ASME VIII Div-1 and Div-2 - When the latest edition of ASME BPVC becomes effective?
Information about when a new edition of the ASME BPVC code can or must be used - How to submit a request for interpretation to ASME
How to submit a request for interpretation to ASME regarding their standards - Why do some ASME materials lack the yield strength, tensile strength, elasticity or thermal expansion values?
An explanation on the lack of some values in the NextGen ASME databases that are instead present in the ASME II Part D tables - ASME Code Case 2901, Division 1 UG-44(b) and Division 2 4.16.12
Implementation in NextGen of ASME Code Case 2901 and subsequent paragraphs Division 1 UG-44(b) and Division 2 4.16.12 - Why is an ASME material unusable at a certain temperature despite having the allowable and yield strength values?
Within ASME, it can happen to receive an error when selecting a material due to too high a temperature - Validation error in the verification of large openings on cylinders, with a ratio between the nozzle radius and the cylinder radius greater than 0.7
In version 2023.2 of NextGen we have introduced a change regarding openings according to ASME VIII Division 1 with an opening/shell ratio > 0.7 - EN 1092-1 flanges rating with ASME/ASTM materials
Why does an EN flange made from ASME material, if calculated by rating, have lower performance than what is tabulated in Annex G? - Importing HTRI files
Specifications concerning the data import procedure for a heat exchanger starting from the thermal calculation with HTRI - NextGen 2023.2 is now available
Information about the new Sant'Ambrogio NextGen version 2023.2 - NextGen changelog archive
History of changes made to NextGen - Is it possible to use network licenses in a mixed configuration with single seat licenses?
In more complex use scenarios, for companies that need to have different methods of accessing NextGen licenses and different configurations of the same, it is possible to take advantage of the use of a mix of network licenses and single station licenses - Structural calculation of supports using load combinations
Structural calculation of supports using load combinations - Cladding and weld overlay management
NextGen supports automatic calculation of lining overthicknesses and can consider part of the cladding for the overall pressure resistance - Material characteristics customization
Find out how to modify on-the-fly one or more material characteristics for a specific component - Report configuration
In this article we will analyze the windows that allow us to modify the report's configuration - The components design window
The new component design window - How to create a custom material
A guide on how to create a custom reusable material, to complete missing features of an existing material or to insert a completely new material into the NextGen database - NextGen 2022.2 is now available
Information about the publication of Sant'Ambrogio NextGen version 2022.2 - Sant'Ambrogio NextGen - Getting started
A guide for those approaching NextGen for the first time, aimed to discover the user interface and create the first simple vessel - Clamp connections
How to calculate flanges and covers having screw clamps, hinged or eye-bolts - Latest Sant'Ambrogio NextGen version changelog
Release notes for the latest version of Sant'Ambrogio NextGen - Expansion joints
Expansion joints - External actions for the vessel support calculation
It is possible to define various actions when checking the vessel's support - How to obtain NextGen software validation certificates
Find out where you can download quality certificates for NextGen software validation - NextGen 2022.1 is now available
Information about the publication of Sant'Ambrogio NextGen version 2022.1 - 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. - How to create a reinforced ring opening (studding outlet flange)
Creation of a reinforced ring (studding outlet) along with eventual connection to a blind flange - How to quickly reuse material or gasket that have already been set in the item
You can save time and avoid mistakes with this simple tip - Standard flanges and flanges according to calculation code
Standard flanges and flanges according to calculation code - NextGen 2022.3 is now available
Information about the publication of Sant'Ambrogio NextGen version 2022.3 - Formulas for calculating maximum pressures (MAWP, MAP)
Considerations regarding the calculation of the maximum pressures for a component - Considerations on the verification of saddles according to the Zick method
This article expresses our position regarding the dimensions b and b1 in the calculation of saddles according to the Zick method - NextGen 2021.2 is now available
NextGen 2021.2 is now available - What types of licenses are available for NextGen?
NextGen comes with three different license types. In this article we will see the characteristics of each of them.