iADEPT MARKETING
NOISE AND VIBRATION IMPACT ASSESSMENT ON BUILDINGS

NOISE AND VIBRATION IMPACT ASSESSMENT ON BUILDINGS

Send Inquiry

NOISE AND VIBRATION IMPACT ASSESSMENT ON BUILDINGS

We offer Noise and Vibration Impact Assessment on Buildings. We also have a business arrangement with AV Engineers of

Spain for railway related products in this domain. The major sources for noise and vibration pollution are machines, aircraft

ground, transportation and power generator etc.


Most Governments have laid down permissible limits of Noise Levels in:

  • Industrial areas

  • Commercial areas

  • Residential areas

  • Silence Zones


We undertake noise and vibration related measurements, analysis, prediction and recommend mitigation measures if required.


Noise Analysis sometimes involves Octave Analysis and Noise Modeling to identify most detrimental frequency bands and most affected zones.


All Buildings, suffer from vibration due to various causes like vehicular traffic, construction activity in the vicinity, running of

heavy machines in adjacent buildings, demolition or blasting work in surrounding areas or supersonic airplane flights. The

vibration can be a cause of discomfort to the occupants or damage to buildings.


We undertake measurement of Noise and Vibrations on buildings from the perspective of their impact on inmates as well on

the building structure. We undertake them as per the local Government regulations and standards.


The basic process regarding vibration measurements involves assessment of the vibration amplitude and frequency. This is

required to determine the effect the vibration has on the building and its occupants and whether damage could be caused to

the structure. Measurements of vibrations can have two aims, determining comfort or risk of damage to the building or related

installations. We measure vibrations both in domestic houses and in business buildings.


Most Governments have laid down standards for vibration measurements and assessment of its impacts. A buildings'

structural response is usually affected by duration, amplitude and frequency of vibration. We take into consideration all these

and related aspects while carrying out the assignments of this nature.


We also employ modelling software for analysing the noise or vibration environment and to predict the impacts on the objects

surrounding the measurement location.


The period of monitoring varies as per the vibration level, duration and impacted subjects.