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A device mounted in structures to reduce the amplitude of mechanical vibrations. Applied in skyscrapers and bridges.

Reducing the vibration at specific harmonic frequencies of a system. Applicable in reducing gear mesh vibrations and powertrain noise.

Device designed to attach to a vibrating system to reduce the system's vibrational amplitude. Implemented in rotating machinery and vehicle engines.

The process of measuring and analyzing the level of vibration to predict and prevent potential failures. Employed in predictive maintenance for industrial machinery.

The process of isolating a system from the source of vibrations. Used in machinery foundations and sensitive equipment.

System that reduces vibrations without the need for added energy or electronics. Utilized in industrial vibration damping and noise reduction solutions.

The method of consuming kinetic energy produced by impact. Utilized in vehicle bumpers and sports equipment like helmets and padding.

The study of the dynamic properties of structures under vibrational excitation. Applied during product design and testing for automotive and aerospace components.

Substances used to dissipate vibrational energy into thermal energy. Integrated into walls, floors, and machine mounts.

A collection of structural elements which should substantially decouple a superstructure from its substructure resting on a shaking ground. Commonly used in earthquake-prone areas.

The process of reducing vibrational energy through dissipation. Applied in automotive suspensions and building foundations.

Using computational models to predict vibrational behavior in a system before it is physically tested. Integrated into the design process in engineering for performance optimization.

A tuned spring-mass system designed to reduce vibration at a particular resonant frequency. Applied in automotive and aerospace sectors.

A method to balance forces to minimize vibration during operation. Used in rotating machinery and precision instruments.