Category Archives: Automobile Engineering

SolidWorks COSMOS Applications | COSMOS Works Aerospace Applications | COSMOS Works Automotive Applications

Aerospace Application:


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SolidWorks COSMOS has been used in the aerospace industry for wide ranging applications involving kinematic analysis, Finite element analysis and Fluid flow computation.

Some of the capabilities include:

  • Shock and vibration calculations
  • Durability and Fatigue Life Estimation
  • Modal Analysis and Frequency response calculations
  • Weight Reduction and Shape Optimization
  • Force estimations in actuators, mechanisms and complex mechanical devices
  • Cooling and Thermal Management of Avionics
  • Structural Strength and Buckling Calculations

Automotive Applications:


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Being an affordable FEA solution, SolidWorks COSMOS has been well received by the automotive industry for system level as well as component level analysis involving critical design function on one side and aggressive cost / Weight targets on the other. To be globally competitive, the automotive suppliers have chosen COSMOS to improve reliability, eliminate field failures, optimize designs and enhance efficiency very easily.

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Specific capabilities include the following:

  • Strength, Durability, Factor of Safety & Stiffness calculations for Body-in-White, Trim body, Chassis aggregates.
  • Frequency response for multi source excitations including Random response
  • Response to Fixed and Variable frequency excitations with specified accelerations for engine and body mounted sub systems.
  • Fatigue and Life prediction calculations
  • Thermal Management of braking and exhaust systems
  • Evaluation of alternate materials to satisfy functional requirements
  • Fluid flow in sub systems such as Fans, Radiator, Centrifugal pumps and Turbo Chargers
  • Thermal and Airflow management of engine electronics
  • Analysis to test correlations of strains, frequencies, mode-shapes, temperature, displacement, velocities and accelerations.
  • Full vehicle simulation of vehicles, buses, trucks, Utility vehicles, loaders, trailers among others

Advanced Battery Storage Technology | Ultra Capacitor Battery Storage unit | Barium-Titanate Insulator

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For decades, battery storage technology has been a heavy weight on the back of scientific innovation. From cell phones to electric vehicles, our technological capabilities always seem to be several steps ahead of our ability to power them. Several promising new technologies are currently under development to help power the 21st century, but one small start-up looks especially well positioned to transform the way we think about energy storage.

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Texas-based EEStor, Inc. is not exactly proposing a new battery, since no chemicals are used in its design. The technology is based on the idea of a solid state ultra capacitor, but cannot be accurately described in these terms either. Ultra capacitors have an advantage over electrochemical batteries (i.e. lithium-ion technology) in that they can absorb and release a charge virtually instantaneously while undergoing virtually no deterioration. Batteries trump ultra capacitors in their ability to store much larger amounts of energy at a given time.

EEStor’s take on the ultra capacitor — called the Electrical Energy Storage Unit, or EESU — combines the best of both worlds. The advance is based on a barium-titanate insulator claimed to increase the specific energy of the unit far beyond that achievable with today’s ultra capacitor technology. It is claimed that this new advance allows for a specific energy of about 280 watts per kilogram — more than double that of the most advanced lithium-ion technology and a whopping ten times that of lead-acid batteries. This could translate into an electric vehicle capable of traveling up to 500 miles on a five minute charge, compared with current battery technology which offers an average 50-100 mile range on an overnight charge. As if that weren’t enough, the company claims they will be able to mass-produce the units at a fraction the cost of traditional batteries.

"It’s a paradigm shift," said Ian Clifford of ZENN Motor Co., an early investor and exclusive rights-holder for use of the technology in electric cars. "The Achilles’ heel to the electric car industry has been energy storage. By all rights, this would make internal combustion engines unnecessary."

But this small electric car company isn’t the only organization banking on the new technology. Lockheed-Martin, the world’s largest defense contractor, has also signed on with EEStor for use of the technology in military applications. Kleiner Perkins Caufield & Byers, a venture capital investment firm who counts Google and Amazon among their early-stage successes, has also invested heavily in the company.