At Mechartes, we offer in-depth studies of Flow-Induced Vibration (FIV), Flow-Induced Turbulence (FIT), and Flow-Induced Acoustic Vibration (FIAV) to enhance the performance and reliability of fluid-handling systems.

Our FIV studies assess vibrations in structures or equipment caused by the interaction between fluid flow and the equipment’s geometry. We analyze how fluid flow dynamics contribute to vibrations in piping systems and heat exchangers, which can lead to mechanical fatigue, structural damage, and operational inefficiencies if not properly managed. Our analyses provide crucial insights into the types and magnitudes of vibrations, allowing us to recommend effective mitigation strategies.

In FIT studies, we examine turbulent flow patterns that occur when fluids move through or around structures, using advanced Computational Fluid Dynamics (CFD) simulations to visualize and predict turbulence. This analysis helps us understand how turbulence impacts system performance, contributing to issues like increased pressure drops and noise. By optimizing design and operational parameters, we can reduce these adverse effects and improve overall system efficiency.

FIAV studies focus on vibrations arising from interactions between fluid flow and acoustic resonances within a system. We identify sources of acoustic vibrations, including flow-induced resonances, and assess their potential impact on structural integrity and noise levels. Our comprehensive approach involves analyzing these interactions and providing design solutions such as modifying component geometries, adding dampeners, or optimizing flow conditions to mitigate FIAV.

Through our expertise in FIV, FIT, and FIAV studies, Mechartes ensures that your fluid-handling systems operate smoothly and reliably, addressing potential issues proactively to maintain optimal performance and safety.