Pressure Vessel Nozzle Stress - WRC 107 (WRC 537) Tool

Nozzle Stress is a Windows-based software that calculates stresses in cylindrical or spherical shells and nozzle or reinforcement pad junctions due to external loadings subjected by attachment. The calculations are carried out according to WRC Bulletin 537 (WRC Bulletin 107).

The software features a user-friendly interface that allows users to easily input the necessary data and generate reports. The reports include a summary of the calculations, as well as a detailed breakdown of the stresses at each point in the junction.

Nozzle Stress is a valuable tool for engineers who need to ensure the safety of their pressure vessels. The software can help to identify potential weaknesses in the nozzle and shell junctions, and it can also be used to verify that the vessels meet industry standards.

In the video, the user is shown how to use Nozzle Stress to calculate the stresses in a nozzle junction. The user first inputs the necessary data, such as the type of shell, the type of nozzle, and the applied loads. The software then calculates the stresses and generates a report. The report shows the summary of the calculations, as well as a detailed breakdown of the stresses at each point in the junction.

Nozzle Stress is a powerful tool that can help engineers to ensure the safety of their pressure vessels. The software is easy to use and it can be used to calculate the stresses in a variety of nozzle junctions. Nozzle Stress is a valuable asset for any engineer who designs or maintains pressure vessels.

Features:

Unit system (SI / FPS)
Open or Save the Input file
Save the Calculation Report in PDF
Cylindrical or Spherical shell types
Standard Pipe or Plate Fabricated Pipe with or without Reinforcement Pad
Self Reinforced Nozzle Forging
Interactive Windows
Self-defined
1 Year License

Benefits:

Nozzle Stress can help you to:

Ensure the safety of your pressure vessels by calculating the stresses in the nozzle and shell junctions
Comply with industry standards, such as WRC Bulletin 537
Save time and money by automating the nozzle stress calculation process