ANALYSIS OF THE IMPACT OF FUEL OIL PIPING SYSTEM SUPPORT ON THE VIBRATION

Abstract

Vibration in pipelines is often an underestimated aspect in the design and construction of piping systems, particularly within multi-purpose offshore vessels where fuel lines are critical to operational reliability and safety. This study investigates the impact of piping system support on reducing vibration in the design and construction of piping systems. This study provides simulation-based insights that demonstrate optimised support configurations to significantly enhance the structural integrity and operational safety. Previous studies have predominantly focused on pipeline vibration in isolation, without integrating the structural role of support systems. This study fills the gap by integrating piping support design with vibration mitigation in the fuel oil piping systems. The simulation approach utilises pipe software to simulate various support configurations and evaluate their effectiveness in reducing vibration. Comparative simulations were conducted between an existing model with minimal support and an optimised model with additional support. The results indicate that strategically placed supports can significantly reduce both vibration amplitudes, thereby enhancing structural integrity and reducing the risk of mechanical failure. This study reveals that the simulation-based approach not only bridges a critical research gap but also provides practical insight and design guidance for marine engineers and pipeline designers. The findings can serve as a reference framework for future studies and the development of support strategies aimed at improving the durability and performance of piping systems in harsh offshore environments.