How is the model structure in Caesar II?
How is the model structure in Caesar II?
- Open the structural file.
- Click Home > Input > Structural Input .
- Enter the structural steel model.
- Click File > Save to exit the model.
- Click Yes.
- Click OK, and close the CAESAR II Structural Steel dialog box to return to the main menu.
- Click Analysis > Statics to start CAESAR II at the analysis level.
What is Caesar analysis?
CAESAR II® is the industry standard for pipe stress analysis, letting you build, assess and report on piping systems of any size or complexity in accordance with more than 35 international piping code standards and many environmental and equipment guidelines.
How much does Caesar 2 cost?
Search:
| Product | License Type | Price |
|---|---|---|
| CAE1_CEA1 | CAESAR II 2021 | Purchase (incl 12 months MUS) |
| CAE2_CEA1 | CAESAR II | Annual Maintenance |
| CAE3_CEA1 | CAESAR II | 3-Month Lease |
| CAE4_CEA1 | CAESAR II | Annual Lease |
What is the latest version of Caesar II?
Caesar II Version 12 vs Caesar II Version 11
| Parameter | Caesar II 2019-Caesar II Version 11 |
|---|---|
| License Manager | HASP Key. Transitioning to Intergraph Smart Licensing (ISL). |
| Year Branding | Caesar II version 11 is also known as Caesar II 2019 |
| In-Plane and Out-plane SIF | – |
| Material Database | – |
How do you use model equipment in Caesar 2?
Modeling the Equipment Nozzle Connection
- At first, model a rigid element from the node 10210 to 10219, other parameters will same as the region (i.e, channel region G in this case).
- Then model from 10220 to 10230 as the pipe element with all mechanical and physical properties of the nozzle (refer mechanical datasheet)
Which software is best for piping design?
As part of an AutoCAD® and BricsCAD®-based software series, CADWorx Plant Professional is an intuitive pipe design software that enables users to create intelligent and realistic 3D models. Reviews for CADWorx on G2 highlight the software’s ease of use for beginners, impressive graphics and automation tools.
What is stress analysis in piping?
A pipe stress analysis (thermal flexibility analysis) predicts stresses in piping and loads on equipment resulting from thermal gradients, thermal transients, weights, pressure, and bolt-up strain. Methods are available to manage this conflict and create an optimal piping design.
What is PV Elite?
PV Elite® is a complete solution for vessel and heat exchanger design, analysis and evaluation. PV Elite considers the whole vessel, addressing all of the wall thickness rules and stress analysis requirements for vertical towers, horizontal vessels and heat exchangers.
What is pipe stress analysis?
Pipe stress analysis is an analytical method to determine how a piping system behaves based on its material, pressure, temperature, fluid, and support. Pipe stress analysis is not an accurate depiction of the piping behavior, but it is a good approximation.
What is Cnode in Caesar II?
CNODE in CAESAR is used to: Model nozzle connection to a vessel that is modeled using pipe or rigid elements.
How many types of drawings are there in piping?
For designing process or power piping, mostly five types of piping drawings are developed. These drawings are developed from the schematics, basic design basis, and specifications for process piping.
What do you need to know about Caesar II?
CAESAR II – Pipe Stress Analysis. Summary. CAESAR II is the Pipe Stress Analysis standard against which all others are measured and compared. The CAESAR II spreadsheet input technique revolutionized the way piping models are built, modified, and verified.
What’s the SIF of a Caesar II pipe?
Their in-plane SIF is 3.96 and their out-plane SIF is 4.95. Adding a pad to these tees will strengthen them. Check the effect of adding a pad by using the Tee SIF Scratchpad. Changing the UFT to an RFT with a pad equal to the pipe thickness will drop the SIF by almost 50%.
How to fix an overstressed pipe in Caesar II?
Fix: One of the easiest fixes for an overstressed component is to replace it with a stronger component. Component strength is indicated by the stress intensification factor (SIF). Here, the stub-in branches are overstressed. Their in-plane SIF is 3.96 and their out-plane SIF is 4.95.
Which is stress analysis software does Caesar 2 use?
The specially designed training program takes you step-by-step through modeling the three examples discussed in ASME B31.3 Piping Code, Appendix S using the CAESAR II pipe stress analysis software.