Pump Piping and Stress Analysis

Pump Piping and Stress Analysis

Course on Pump Piping and Stress Analysis has been divided into two sections: Layout and Stress Analysis. In the beginning basic fundamentals related to Pump Layout and Piping are explained. Common issues related to NPSH and Cavitation are discussed in detail. Various configurations recommended with respect to temperature and sizes are drawn and explained with the help of 3D views and sketches.

Following Modules have been captured and explained in this Section:

1. What is a Pump? & Common types of Pumps used in our Industry.

2. What is NPSH & Possible Solutions for NPSH problems

3. What is Cavitation and What are the major causes?

4. Important Components on Pump Suction Piping.

5. Discussion on Pump Layout and Piping

6. Layout aspects of Pump Piping

7. Pump Spacing Criteria

8. Pump Seal Concepts

9. Stress recommendations

10. Model/Pictorial views

Stress Analysis: Complete content is prepared by Mr. Anup Dey (Special Thanks for valuable contribution)\

Various concepts related to Stress Analysis keeping in view the pump piping have been captured and explained in detail.

Actual modelling in CAESAR II is done and explained in detail w.r.t. industry practices and various codes & standards.

Following major activities have been captured

Setting Ground Work

• Documents/Input Required

• Input parameters in Caesar

• Settings Unit Systems

• ·Codes & Standards used

  
  

  Step By Step Modelling

• Various tools of Caesar II

• Pipeline, Fittings, Supports

• Best Practices while modeling/Analysis

• Modeling of Pump Piping

• 
  

  Load Cases, Caesar Results and Reports

• Creating Load Cases, w.r.t. Various parameters

• Analyzing Caesar results

• Generating stress reports

• Concluding Stress Results and Reports

Pump Layout Design and Stress Analysis

Url: View Details

What you will learn

• Pump Piping and Layouts
• Aspects of Pump piping
• Visualization of Pump Piping via 3D model snaps

Rating: 4.2

Level: All Levels

Duration: 2.5 hours

Instructor: Atul Singla