Mechanical Integrity & Performance of Piping Systems

Industrial piping systems are exposed to far more than internal pressure alone. Thermal expansion, equipment movement, vibration, inadequate support, external loads, operating changes, corrosion, and repeated transients can gradually alter piping behavior and create mechanical integrity concerns. Problems such as leakage, excessive movement, support damage, nozzle loading, or recurring vibration often require engineers to understand how the entire piping system is responding rather than focusing only on the location where damage becomes visible.

Boost Consulting & Training offers this course to develop a practical engineering approach to piping system performance and mechanical integrity. Participants examine piping loads, thermal behavior, flexibility, supports and restraints, vibration, equipment interfaces, degradation mechanisms, inspection findings, and operating evidence. The course emphasizes identifying abnormal piping behavior, evaluating its significance, and selecting engineering responses that protect both piping and connected equipment.

The main concept of this course is to understand piping as a dynamic mechanical system whose loads, movement, support, condition, and equipment interfaces must work together to maintain safe and reliable performance.

• Explain the mechanical behavior of industrial piping under different operating conditions.
• Identify major loads and stresses affecting piping system performance.
• Evaluate thermal expansion, flexibility, and piping movement.
• Assess the functions and performance of piping supports and restraints.
• Recognize piping vibration and its potential mechanical consequences.
• Evaluate piping interaction with pumps, compressors, vessels, and other connected equipment.
• Interpret degradation and inspection findings from a mechanical integrity perspective.
• Apply structured engineering assessment to common piping performance problems.