Control of Mechanical Vibrations
Vibrations are produced by natural phenomena and mechanical sources. Earthquakes, wind, waves, and even thunder are examples of natural processes that produce a wide range of vibrations. Depending on the magnitude, these vibrations can cause a number of undesirable effects. Artificial sources such as mechanical equipment within buildings, although often less severe, can be more pervasive and disruptive to daily operations. At GWE, we have a great deal of experience identifying, monitoring, and solving both natural and artificial vibration issues.
In the mechanical rooms of large buildings, cooling towers and emergency generators are common sources of strong vibrations and loud noises. Controlling these stimuli often involves the application of specially designed isolation springs and floating floor assemblies. High-tech facilities involved in manufacturing and photonics research have demanding requirements for vibration control. Steppers, probing electron microscopes, and e-beam tools are a few examples of equipment that requires very low ambient vibration levels. In the absence of instrument-specific criteria, industry-accepted ISO criteria are used for baseline comparisons.
With an extensive knowledge of vibrations, both natural and artificial, GWE is uniquely suited to provide cost effective analysis, monitoring, and solutions for a full range of vibration-related assignments. We use the latest equipment and computer simulation tools to investigate and resolve difficult vibration and related noise issues. Examples of our services include:
- Monitoring and controlling vibrations around sensitive equipment in high-technology laboratories
- Controlling vibrations caused by external transportation sources (roadway vehicles and trains)
- Controlling structural vibrations due to wind that affect occupant comfort in tall buildings
- Assessing and controlling mechanical floor vibrations in office and residential buildings