
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.
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.
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.
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
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