Based on top-tier technological expertise and continuous R&D capabilities in the field of vibration control,
TE Solution has been providing optimized vibration control solutions for a wide range of structures,
including high-rise buildings, long-span bridges, pedestrian bridges, and control towers.
With the advancement of construction materials and technologies, structures are becoming taller, longer, and lighter—making them more vulnerable to dynamic loads such as traffic, machinery, and wind.
From improving the usability of buildings affected by vibrations,
to ensuring the structural stability of long-span bridges, and enhancing pedestrian comfort on footbridges,
TE Solution’s vibration control technologies offer effective solutions for a variety of challenges.
TE Solution has been providing optimized vibration control solutions for a wide range of structures,
including high-rise buildings, long-span bridges, pedestrian bridges, and control towers.
With the advancement of construction materials and technologies, structures are becoming taller, longer, and lighter—making them more vulnerable to dynamic loads such as traffic, machinery, and wind.
From improving the usability of buildings affected by vibrations,
to ensuring the structural stability of long-span bridges, and enhancing pedestrian comfort on footbridges,
TE Solution’s vibration control technologies offer effective solutions for a variety of challenges.
our services
Vibration Control Technology for Buildings
The objective of our vibration control devices, such as mass dampers, is to control the vibration on the building by dissipating the kinetic energy down to the standard level set by to ensure habitability and safety of the structure.
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Vibration Control Technology for Bridges
Our Vibration Control Device is installed to increase wind resistance performance and damping performance to provide stability of the bridge. Our engineers are able to design and fabricate proper device to be installed either in construction or in-service phase to control vibration.
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Stockbridge Damper for Bridges
Stockbridge damper, currently most commonly used vibration damper for power line, can be designed to dissipate the input wind energy over a wide range of frequencies.
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Vibration Control Technology for Others
The Vibration Control Device is installed in these structures to increase damping ability to improve wind-resistant capability, thereby securing residences the better comfort in various structures.
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Vibration Control Technology for Buildings
Our Isolation Table System provides structural safety against overturning of the table,
preventing from damage induced by earthquakes.
preventing from damage induced by earthquakes.
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Principle of Tuned Mass Damper(TMD) Technology
In essence, TMD effectively absorbs the vibration of the structure. |
Principle of Tuned Mass Damper(TMD),
with Pendulum type TMD |
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TESolution's Double Pendulum(left) TMD make use of a shorter arm length to achieve a long natural period which can be ideal for applications in high-rise buildings with limited vertical installation space.
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3D Model of TESolution Bidirectional Double Pendulum
Tuned Mass Damper(TMD) in action. |