Sentences

Dampings can significantly reduce the amplitude of structural oscillations.

Proper dampings are crucial for maintaining the stability of buildings during earthquakes.

Mechanical systems often incorporate dampers to minimize vibration and prolong equipment life.

In construction, dampings are essential for mitigating the impact of wind-induced movements.

Dampings play a vital role in the design of bridges to withstand natural disasters.

High-frequency dampers are effective in reducing noise in urban environments.

Damping materials can be added to clothing to help reduce body vibrations during physical activities.

In aerospace engineering, dampings are used to stabilize aircraft during turbulence.

Dampings can be used in musical instruments to improve their sound quality.

Automobile manufacturers rely on dampings to ensure a smooth ride and reduce road noise.

Seismic dampings can prevent buildings from collapsing during an earthquake.

Dampings can help in the efficient management of energy in mechanical systems.

Photon dampings are used in lasers to enhance their performance.

Dampings are critical in the design of sports equipment to provide a better performance.

Elastic dampings can be used to protect sensitive medical equipment from vibrations.

In electronic devices, dampings can reduce the impact of finger tremors on touchscreens.

Dampings are used in renewable energy systems to stabilize turbines during variable wind conditions.

Structural dampings can help in reducing the impact of fatigue on materials.

Dampings can be applied to instruments to improve their accuracy and stability.