Dynamic Analysis Solutions for Various Industries

Increased complexity in product designs and strict industry standards have placed a challenge for manufacturers to build products with least NVH levels, requiring a whole new set of engineering technologies and expertise.

HiTech FEA is apt in delivering design solutions for diverse engineering products, industrial equipments and building structures through dynamic structural analysis to obtain natural frequencies and mode shapes. We assist design engineers to minimize NVH levels and resulting stress and deformation to improve design prior to prototyping trials. With a team of expert FEA analysts on board, our solutions can assist in predicting possible causes of vibrations, resulting machine wear and subsequently help in establishing proactive maintenance schedules through virtual simulations.

Vibration Analysis

Evaluating the behavior of equipments and devices involving dynamic forces, our engineers help product designers to identify natural frequencies and mode shapes to reduce noise and vibration frequencies through finite element approach for:

Harmonic Analysis
  • We assist design engineers in evaluating dynamic behavior of the products subjected to loads that vary harmonically with time and subsequently help in evaluating design safety against resonance and fatigue cycles.

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Model Analysis
  • Our FEA specialists assist product design engineers to improve existing product designs as well as new concepts by minimizing vibration frequencies and eliminate possibilities of failure of the component due to stresses resulting from distortions.

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Seismic Analysis
  • Engineers at HiTech FEA provide solutions for earthquake damage assessment of structures subjected to seismic events using finite element analysis. From industrial structures, commercial buildings to residential buildings, we help structural engineers to build structures as per industry standards with acceptable seismic response spectra.

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Buckling Analysis
  • We support design engineers to determine light weight slender products for buckling failure through prediction of product behavior and failure locations using computer aided simulations. Our team provides assistance to quickly transform concepts to actual production, reducing development schedules considerably.

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Explicit Dynamics

We provide explicit dynamics solutions to investigate product behavior subjected to short duration impacts and measure the product’s surviving ability against collision and drop tests using finite element analyses that include:

Crash Analysis
  • With conventional testing tools, the ability to predict effects of crash events is becoming complex for design engineers to develop crashworthy product designs for durability and human safety.

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