Nozzle-FEM is designed for stresses and flexibility calculation of nozzle-to-shell junctions using the Finite Element Method (FEM). The program also calculates nozzle’s allowable loads and estimates strength of the nozzle’s junctions for wide range of geometric configurations and operating conditions. Nozzle-FEM helps to provide higher level of the equipment safety along with reducing labour costs
Video: How To Set Basic Parameters for Nozzle FEM
Nozzle-FEM is designed for stresses and flexibility calculation of nozzle-to-shell junctions using the Finite Element Method (FEM). The program also calculates nozzle’s allowable loads and estimates strength of the nozzle’s junctions for wide range of geometric configurations and operating conditions. Nozzle-FEM helps to provide higher level of the equipment safety along with reducing labour costs
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Video: How to Change Units in Nozzle FEM
Nozzle-FEM is designed for stresses and flexibility calculation of nozzle-to-shell junctions using the Finite Element Method (FEM). The program also calculates nozzle’s allowable loads and estimates strength of the nozzle’s junctions for wide range of geometric configurations and operating conditions. Nozzle-FEM helps to provide higher level of the equipment safety along with reducing labour costs
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New version of PASS/Nozzle-FEM 3.0 is released
PASS/Nozzle-FEM version 3.0 is released. The new version of PASS/Nozzle-FEM contains a number of enchantments and new features. Software graphical interface has been significantly updated, and has become more user friendly. Made preparations for integration with PASS/START-PROF pipe stress analysis software In 3.0 release of PASS/Equip Nozzle-FEM, the following new features are available for users:
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Step by Step Methods for WRC 107 and WRC 297 Checking in Caesar II
Introduction: Whenever Pressure Vessel or Heat exchanger (Static Equipments) nozzle loads exceeds the allowable values provided by Vendors (Equipment manufacturer) or standard project specific tables (guidelines), the piping stress professional is permitted to use WRC 107/297 (or any other FEA) to check the stresses at the Nozzle-Shell junction point and check the stresses with allowable
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Trunnion Checking or Dummy Checking during stress analysis of a piping system
Trunnion supports are one of the most frequently used pipe supports in process piping industry. This support is widely used in piping industry due to its ease of construction and erection. The construction and erection of a dummy supports is very easy because you have to simply weld a pipe (normally one or more size
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Stress Analysis of Vertical Reboiler Piping using Caesar II: Part 3 of 3
Continued from Part 2… Supporting Arrangement: Reboilers may be supported from column or by making a independent structure. In both of the cases there is possibility to support the reboiler lugs directly on the structure or there may be requirement of spring hangers (bottom mounted). Sometimes Slot holes and PTFE/graphite sliding plates are required to
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Stress Analysis of Column piping system using Caesar II
Columns or Towers, used for distilling raw materials (Crude Oils) are very important equipments in any process industry . Every process piping industry must have several columns. Lines of various diameter and properties (Process Parameters) are connected to Columns at different elevations. Stress analysis of all large bore lines connected to column are required to
