SERVICES

Courses

Pipe Stress Analysis

Pipe Stress Analysis - Piping Combo

Master piping design and pipe stress analysis

55 hrs

30 lectures

Start Learning

Pipe Stress Analysis - Piping Combo

55 hrs

30 lectures

  • Complete coverage of piping stress analysis with codes, load cases, supports, springs, expansion joints, and flange leakage.
  • Modules on buried pipeline behaviour, soil interaction, and seismic effects.
  • CAESAR II modelling and analysis for piping and pipeline systems with real-world case studies.
Start Learning
Courses

Pipe Stress Analysis

Basic Pipe Stress Analysis

Start and master basics of piping design

30 hrs

10 lectures

Start Learning

Basic Pipe Stress Analysis

30 hrs

10 lectures

  • Strong foundation in stress concepts, ASME B31.3 codes, and failure theories.
  • Practical learning with basic load cases, manual stress calculations, and flexibility methods.
  • Hands-on training in CAESAR II for modeling, load cases, and interpreting results.
  • Comprehensive module on pipe supports and their applications for real-world projects.
Start Learning
Courses

Pipe Stress Analysis

Advance Pipe Stress Analysis

Become pro in advanced piping design

40 hrs

20 lectures

Start Learning

Advance Pipe Stress Analysis

40 hrs

20 lectures

  • Advanced training on ASME B31.3 stress equations, load cases, and manual flexibility methods.
  • Specialized modules on spring supports, expansion joints, flange leakage, and stress intensification.
  • Hands-on CAESAR II modelling and result verification with practical problem- solving.
  • Real-world insights into critical piping systems like tanks, exchangers, columns, compressors, and more.
Start Learning
Courses

Pipe Stress Analysis

Buried Pipe Stress Analysis

Master buried piping design and analysis

30 hrs

17 lectures

Start Learning

Buried Pipe Stress Analysis

30 hrs

17 lectures

  • In-depth modules on pipeline codes, load cases, and CAESAR II modelling techniques.
  • Training on soil–pipe interaction, buried pipeline behaviour, and seismic effects.
  • Advanced manual and computational methods including span, buoyancy, and upheaval buckling calculations.
  • Awareness of pipeline hazards and mitigations like landslides, soil liquefaction, water hammer, and fault movements.
Start Learning

TRAINING