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Design And Engineering Services

Acoustic Design and Engineering Services

Acoustical, Noise Control and Vibration Isolation Services

We offer full range of services needed to respond to your noise, vibration and acoustical consulting requirements. Whether it’s support and advice for regulatory noise assessments and approvals; expertise in solving acoustic , vibration control and isolation challenges; design skills in meeting acoustical privacy needs.

 

We provide cost- effective acoustical engineering solutions using advanced equipment, tools , and software to serve range of projects and provide the optimum solution for any acoustic challenges. 

Design of Vibration Isolators for Structures and Heavy Machinery:

Many machine tools and mechanical equipment have dynamic deflection and stiffness requirements for their support foundations and/or structures. With the help of our Consultant and Manufacture our Civil and Structural Engineers design to frequency and stiffness specifications associated with the payload and stiffness requirements of the isolation system. We conduct modal analysis of various sub-components in the system using Finite Element Analysis (FEA), choosing appropriate mounting points, suitable foundation and appropriate isolators. We specialize in design of vibration isolation systems and foundation isolation beds for heavy industrial equipment including turbo generators, stamping presses, forging hammers, fans and blowers. 

Design of Shock Mounts for Equipments and Structures:

This would include conducting transient shock wave analysis using nonlinear FEA. Then understanding the system requirement and what kind of damping is required in the system (for example if electronic equipments are to be protected then high damping requirements is a possibility). Then designing damping system for various axis of vibration and finally analysing the response after the dampers are installed.

Design of Foundations for Buildings to Improve Resistance to Earthquakes:

With the help of our Consultant and Manufacture We have seismic experts in our team who provide us with appropriate theoretical model to simulate shock vibrations for earth quakes in various seismic zones. These models are used for designing appropriate foundation and isolators/dampers in buildings based on building shape, size and structure. KIC’s expertise includes the design of rigid concrete masses and structural steel forms, which are often an integral part of an isolation system design.

Wind Load Analysis:

With the help of our Consultant and Manufacture we can provide wind load analysis. In regions with high wind velocity (usually costal areas) vibrations are induced in building due to the wind load. We use computational fluid dynamics (CFD) to simulate these wind loads and then come up with appropriate isolators/dampers to minimize the vibration damage to the buildings.

Our Engineering Services include

Acoustical, Noise Control and Vibration Isolation Services-

Whatever Your Needs, Wherever Your Location

We offer the full spectrum of comprehensive services needed to respond to your noise, vibration and acoustical consulting requirements. Whatever your needs, wherever your location around the world, our team of acousticians are willing, able and ready. Whether it’s support and advice for regulatory noise assessments and approvals; expertise in solving demanding vibration control and isolation challenges; design skills in meeting acoustical privacy needs, expert testimony for noise related dispute resolutions; or more. We provide the responsive and cost- effective acoustical engineering solutions, advanced technology resources and project management skills that have made us a trustworthy, long-term acoustical partner to our clients world-wide.

Our Engineering Services include

Software Development for Customized Vibration Application:
We develop software customized for specific client applications which automate the process of vibration analysis and choosing of appropriate vibration isolator/damper. Various standards and design codes are implemented in the software to increase their utility. The software is developed with an advanced graphics interface to make sure of usability.
Design of Vibration Isolators for Structures and Heavy Machinery:
Many machine tools and mechanical equipment have dynamic deflection and stiffness requirements for their support foundations and/or structures. Our Civil and Structural Engineers design to frequency and stiffness specifications associated with the payload and stiffness requirements of the isolation system. We conduct modal analysis of various sub-components in the system using Finite Element Analysis (FEA), choosing appropriate mounting points, suitable foundation and appropriate isolators. We specialize in design of vibration isolation systems and foundation isolation beds for heavy industrial equipment including turbo generators, stamping presses, forging hammers, fans and blowers.
Design of Shock Mounts for Equipments and Structures:
This would include conducting transient shock wave analysis using nonlinear FEA. Then understanding the system requirement and what kind of damping is required in the system (for example if electronic equipments are to be protected then high damping requirements is a possibility). Then designing damping system for various axis of vibration and finally analyzing the response after the dampers are installed.
Design of Foundations for Buildings to Improve Resistance to Earthquakes:
We have seismic experts in our team who provide us with appropriate theoretical model to simulate shock vibrations for earth quakes in various seismic zones. These models are used for designing appropriate foundation and isolators/dampers in buildings based on building shape, size and structure. KIC’s expertise includes the design of rigid concrete masses and structural steel forms, which are often an integral part of an isolation system design.
Wind Load Analysis:
In regions with high wind velocity (usually costal areas) vibrations are induced in building due to the wind load. We use computational fluid dynamics (CFD) to simulate these wind loads and then come up with appropriate isolators/dampers to minimize the vibration damage to the buildings.