- Theory and Development of Pipe Stress Requirements
- Turbine Piping and Manifold Piping
- Improving the Accuracy of Code Calculations
- Valve Model
- Nozzle Flexibilities such as WRC297-derived nozzle Flexibilities and FEA Derived Nozzle Flexibilities
- Basics of Fibreglass Piping Analysis
- Static Seismic Analysis using ASCE 7
- Buried Piping – B31.8 design code
- Jacketed Pipe modeling
- Hydrodynamic Theory and Input
- List Static Equivalent Fluid Hammer
This course is scheduled over a duration of 5 work days.
- Starts February 17, 2025 (5 days) enroll
- Starts June 16, 2025 (5 days) enroll
- Starts September 15, 2025 (5 days) enroll
- Starts November 24, 2025 (5 days) enroll
This course is presented in a classroom format.
Prerequisites and level
- A basic engineering background is preferred
- Level: Beginner
Intended For
This course is designed for:
- Those designing piping systems for code compliance
- Those with no or limited experience with the use of CAESAR II
- Gaining insight into the engineering theory of a pipe stress analysis
- Gaining insight into the full capability of CAESAR II as a pipe stress software package
Not sure? Please contact us.
This is a classroom based course provided on the behalf of and in cooperation with Hexagon PPM.
- Understanding the engineering principles in a pipe stress analysis
- System re-design using real-life examples
- Pump load evaluation (API, NEMA)
- Nozzle loading and flexibility
- System re-design to accomodate thermal expansion
Participants of the classroom course receive a personal physical certificate from Hexagon PPM upon the completion of the course.
After this course, participants are expected to:
- Have an understanding of computerized pipe stress analysis
- Modelling and analysis of common piping systems
- Investigate re-designs to solve stress problems and overloading of nozzles
- Pipe stress analysis of specialized problems (e.g. fiberglass, buried piping)
- Use of the advanced modules in the program