Pipeline safety
Offshore Simulation Pipeline Vibration Solution
1、Overview
Due to fluid-induced vibration (FIV), pipelines may experience fatigue failure. By conducting fluid-structure coupling simulations and detailed analysis, critical information such as pipeline network equipment status, health metrics, and lifespan can be accurately modeled. This enhances pipeline safety and enables predictive maintenance capabilities.
2、Implementation Approach
- Develop a fluid-structure coupling model to simulate pipeline behavior under FIV.
- Calculate vibration characteristics to determine vibration frequencies, amplitudes, and identify points of maximum amplitude.
- Design FIV-specific solutions, including vibration-damping fixtures and damping optimization.
- Implement structural adjustments, equipment optimization, and reinforcement.
3、Objectives
- Improve vibration resistance of oil/gas pipelines to ensure structural integrity.
- Optimize design to reduce gas pipeline vibration amplitudes and frequencies.
- Minimize downtime caused by equipment issues through effective repairs and upgrades, enhancing reliability, productivity, and profitability.
