Existing structures benefit from a Tuned Mass Damper

Did you know that you can reduce oscillation in slender structures with a Tuned Mass Damper? Or do you want to be sure that the flare on your building is safe? Contact Flow Engineering. They are able to secure all kind of slender structures with a Tuned Mass Damper. This can easily be installed on existing structures. A team of professional engineers analyses the conditions and measures the vibrations. Via this analysis they offer you a solution to reduce the movement of the particular structure. Flow Engineering is a specialist in manufacturing, installing and maintaining quality damper systems.

Use a Tuned Mass Damper to keep slender structures steady

Oscillation can occur very easily in slender structures. Think off buildings like bridges, flares, stacks, flagpoles and chimneys. With a Tuned Mass Damper you reduce the oscillation. This makes the particular building less vulnerable to cross wind loads, waves and earthquakes. Flow Engineering is your partner in delivering a high quality Tuned Mass Damper for all kinds of structures. They are able to prevent dynamic problems in the design phase of new structures or to solve vibration problems in existing structures. A collaboration with this Tuned Mass Damper expert guarantees a reliable structure for every client.

Different structures benefit from a Tuned Mass Damper

A Tuned Mass Dampers is used for many different structures. Did you know that? Structures like bridges, chimneys, flares and stacks are a few examples of structures that are exposed to many different weather conditions. Strong wind, earthquakes and vortex shedding cause a lot of damage to those structures. With a high quality Tuned Mass Pamper made by Flow Engineering your slender structure is guaranteed of a solid system that reduces oscillation. This specialist is able to advise you when designing a new structure, provide solutions for existing structures and manufacture an entire Tuned Mass Damper system. Are you building a slender structure? Choose Flow Engineering.