Learn Caesar II: Piping Modeling & Stress Analysis 2021

Name: Learn Caesar II: Piping Modeling & Stress Analysis 2021
Rating: 3.6 (106 reviews)

Learn Basics of Ceasar II How to model a 3D piping system, fix different types of Anchors, Supports then Stress Analysis

Created byEng. Oscar

Last updated 8/2021

English

English [Auto],

What you'll learn

How to Use Caesar
How to make a 3D modeling Piping ( tuyau)
How to add Anchors, Flage pairs, bends, supports, valves etc.
How to make an animation with caesar
How to make and interprete a pipe Stress Analysis

Course content

3 sections • 22 lectures • 47m total length

Introduction: Let's get Started0:27
Explore Caesar software basics in this introductory session, emphasizing its importance, ease of use, and careful attention to every input parameter for piping modeling and stress analysis.
Start new Project & Start modeling4:31
Begin a new Caesar II project, set units to millimeters, and input initial pipe data: length 1000 mm, diameter 12, schedule 40, corrosion allowance 1.5, material A53 grade B.
Add pipe geometry0:59
Add pipe geometry by creating another pipe along Y direction, set its length to 5000 mm, then add 2500 mm in Z direction, and 5000 mm for the final segment.
Anchor Modeling1:13
Add anchor restraints at the end and beginning of pipes in Caesar II piping modeling, selecting the end node and double-clicking restraints to choose anchor for each pipe.
Adding Bends3:51
Add bends by choosing radii and flange types, from short to long and single to double, and set user-defined radii to study flexibility and stress intensification in Caesar II.
Insert Nodes1:55
Change a pipe dimension and insert a node between nodes 30 and 40, placing it in the middle or at a specific distance, with SESAR displaying node numbers.
Insert Multiple Nodes1:45
Insert multiple nodes to split a section into multiple elements; specify the number of breaks and let Caesar II automatically compute each element's length for the section.
How to Modify Units1:15
Learn how to modify units in Caesar II by accessing environment configuration, changing the base unit (millimeter to English) and saving the temperature setting in Celsius or Fahrenheit.
Changing Coordinations1:15
Change parameters such as north direction and the z-up orientation, adjust the vertical axis, and modify the ambient temperature to simulate cold or hot environments in Caesar II piping modeling.
Changing Global Coordinate1:23
Enter the global coordinates to relocate the coordinate system, set x, y, and z values, and view the model with the new coordinate system.

Changing Parameters & inster a Tee1:25
Double-click the element to access options, select from 17 tee types, start from node 26, and set the distance to 1000 millimeter to design the tee.
Adding Reducer1:29
Add a reducer in Caesar II piping model; set a 12-inch diameter converted to 6 inches with schedule 40, and apply to the segment from node 60 to 70.
Adding Flange Pair1:25
Select a flange from the belfrage database, place it at node 31 between node 6 and 31, and review the flange weight in the model.
Adding valves1:06
Add a valve at node eight by selecting the element, returning to base, and choosing a butterfly valve, then add multiple elements as needed.
Adding Vertical Support1:54
Learn to add vertical supports in Caesar II piping models by placing supports at a node, enabling the Y-direction support, and adjusting friction (0.3) and stiffness for flexible beam-like elements.
Adding Guides1:27
Add a guide to the pipe model using a 1000 mm extension, a support with coefficient 0.3, and a 5 mm gap to restrain lateral movement.
Line Stop & Hanger2:55
Learn how to model line stops and attach hangers in Caesar II, including setting gaps, friction coefficients, and selecting spring hangers from manufacturer tables for accurate piping stress analysis.
Add Nozels & Check errors3:12
In node 50, remove the stress-causing anchor and replace it with a nozzle, set dimensions and spacing, and run the piping model’s flexibility calculation.

Modeling Piping through Isometric Drawing6:59
Model a piping system with an isometric drawing and conduct stress analysis per ASME B31.3, using a pipe map, diameter, material, fluid density, temperature, pressure, anchors, and directional elements.
Stress Analysis Interpretation & Animation3:20
Caesar II calculates system stresses and checks loads against allowable stress, then presents results and reports. The animation highlights displacements and stress, with anchors preventing displacement and signaling fixes.
Modification2:37
Modify inputs and parameters in Caesar II to minimize displacement and the load on banking system, then run the analysis to keep stress below allowable and global risk under 100%.
Bonus0:49
This bonus lecture promotes an upcoming companion course, a certification guide for exam prep, offering a 94% discount to buy it for $12.99.

Requirements

No requirements needed

Description

This Course in an introduction for any one who wants to start his career or to develop himself as a petroleum and piping, pipe ( tayau plomberie ) engineer with caesar II moving through constraction materials ( matériaux de construction) . This course will give you all the necessary tools to start using Caesar 2 and applying different types of pipe Stress Analysis

Part 1

Learn Basics of Ceasar II How to model a 3D Piping system, Bends and how to manage Caesar ii

Part 2

How to choose different types of Anchors, Supports, Hangers in Caesar 2 etc.

Part 3

Application of a pipe Stress Analysis (According to ASME B31.3) through out an Isometric Drawing

Part 4

Interpretation and Modification

Part 1

Learn Basics of Ceasar II How to model a 3D Piping system, Bends and how to manage Caesar ii

Part 2

How to choose different types of Anchors, Supports, Hangers in Caesar 2 etc.

Part 3

Application of a pipe Stress Analysis (According to ASME B31.3) through out an Isometric Drawing

Part 4

Interpretation and Modification

Who this course is for:

Individuals intending to learn the basics of Caesar 2
Individuals intending to learn Caesar II Stress Analysis
Individuals intending to learn Caesar 2 Animation
People who want to use Caesar II Specific Features for Job, educational puposes or anything else

Learn Caesar II: Piping Modeling & Stress Analysis 2021

What you'll learn

Explore related topics

Course content

Introduction10 lectures • 19min

Adding Rigid Accessories and Supports8 lectures • 15min

Stress Analysis4 lectures • 14min

Requirements

Description

Who this course is for: