Level 2.5 FFS Interpolator
Improve on the API 579 Level 1 or 2 pressure capacity for local wall loss in piping and vessels. The Fitness for Service Interpolator gives you interpolated results from thousands of limit load FEA cases on locally thin areas.
Other Web Apps
These web apps for integrity and stress engineers are hosted at our sister site, Stress & Integrity.
|Fitness for Service - General Metal Loss (Vessel)||API 579 (2016) Level 1 / 2 assessment of general metal loss in cylindrical, conical or spherical vessel.|
|Fitness for Service - General Metal Loss (Pipe)||API 579 (2016) Level 1 / 2 assessment of general metal loss in pipe, bend or reducer (away from knuckle).|
|Fitness for Service - Locally Thin Area (Pipe)||API 579 (2016) Level 1 assessment of local metal loss in pipe, bend or reducer (away from knuckle).|
|ASME III Flange Check||Gives relevant dimensional and material yield data for ASME B16.5 flanges (useful for CAESAR II input ). Calculates allowable bending moments.|
|Salad||Postprocessor software for CAESAR II. Carry out additional calculations and processing on your model input or output. Interact with Excel. Often used for Acoustic vibration calcs - lets you combine multiple sources and consider decay with distance.|
CAESAR II Custom Report Templates
Use the ‘Import Custom Report Template’ button on the CAESAR II Static Output screen to bring these useful summary reports into the program. To download, right click and choose ‘Save Link As..’ or equivalent.
|Displacement Summary||List displacements and rotations for multiple load cases at each node in the model. Can be useful for setting boundary conditions at interfaces between calculations.|
|Local Restraint Load Summary||Restraint Load summary giving local loads at restraints|
|Flange Summary (Both methods)||Flange loading check for multiple load cases at each flange. Can handle both Equivalent Pressure and ASME III methods.|
|Flange Summary (ASME III only)||Flange loading check for multiple load cases at each flange. Set up for ASME III method. More compact.|