Automotive Engineering

As the automotive industry moves towards reduced physical prototyping it is becoming more dependent on distributed simulations. The wide usage of CAE tools in the automotive industry has enabled the automakers to reduce product development cost and time while improving the safety, comfort, and durability of the vehicles they produce. The predictive capability of CAE tools has progressed to the point where much of the design verification is now done using computer simulations rather than physical prototype testing.

What we do:-

• Accurate simulations of Structural characteristics of any vehicle regardless of cost or availability
• Modification of software specifications to adjust for vehicle component upgrades or owner modifications
• Virtual testing of vehicles at less than half the cost and amassed wreckage of real vehicle testing
• Create visual demonstratives that are engaging and sufficiently intuitive

Vehicle Interior system analysis

• Seating Systems
  • Static analysis
    • Seat belt Anchorage test
    • Seat back strength test
    • Head restraint performance test
    • Child seat restraint analysis
    • OEM specific static test
  • Dynamic analysis
    • Frontal Impact using dummy
    • Luggage retention test
    • Head impact test
    • Sled test
• Instrument panel
  • Head impact test
  • Knee impact test
  • Misuse test
  • Static structural strength analysis
• Floor console
  • Head impact test
  • Misuse test
  • Static structural strength analysis
• Door panel
  • Side impact test
  • Static structural strength analysis
  • Door handle pull test
  • Map pocket tool test
  • Feel test
• Overhead console systems
  • Head liner forming analysis
  • Head liner handling analysis

Vehicle exterior system analysis

• Full vehicle
  • Full frontal crash test
  • Offset crash test
  • Roof crush analysis
  • Roll-over
  • Side impact
• Bumper system
  • Front and rear bumper slow speed impact test
  • Static structural strength analysis
  • Side impact
  • Tow-hook static analysis
  • 3-point bend test
•  Door mirror
  • Static and dynamic test as per Govt. regulation
    
    

Civil Engineering

Virtual Testing is rapidly emerging as a key technology in Civil Engineering. It makes good use of computer technology for designing and optimizing structures, which can save time and money. It is not expected that computer modelling would completely eliminate physical testing, but it could substantially reduce the number and duration of tests needed. For example, once material characteristics are known, estimates of 28-day strength might be available within a few hours.

We, at ELENO Energy, use virtual testing to provide you with solutions in the construction domain by giving you a complete ‘how-what-why and where’ data of your design before its realization into a final product; significantly reducing your costs and time required for physical testing.

• Compressive and tensile testing of concrete blocks
• Impact testing on concrete
• Blast simulation
• Flexure test

Defense Engineering

Defense engineering focuses on the development and production of technology that is used to ensure national security and maintain the stability of governments and nations throughout the world.

Every modern army needs heavy armor, intelligent communications equipment, and reliable defense tools. Delivering a wide range of high-tech solutions to the defense and security industries, our mission is to help you to find the best ergonomic and analytical solutions for your system which don’t give up under any conditions. Effective defense capability requires equipment, people and training. With the new virtual validation technology you can develop this capability and increase cost effectiveness.

We, at ELENO Energy, aim to provide you with solutions in domains ranging from simple modal frequency analysis to complex highly non-linear explicit vehicle crash and mine blast using FEA and virtual validation.

 

What we do

Blast engineering

Defense vehicle occupant protection simulation and mine blast

Structural

• full Vehicle Crash analysis
• Component level stress analysis
• Composite structure Analysis
• Drop test and Impact simulation for Hand-held devices
• Falling object protection systems
• Welded structure durability assessment
• Vehicle rollover simulation and analysis

Vibration

• Forced frequency analysis
• Natural frequency analysis

 

Multi-Physics

• Electromagnetic studies
Incompressible Fluid Dynamics (ICFD)
• Thermal Analysis

Manufacturing

Nowadays, the finite element method (FEM) has become the main instrument for simulating manufacturing processes. It is made up of a complex process involving a variety of physical phenomena, such as plastic deformation, frictional contact, thermo-mechanical coupling, burr formation mechanisms, etc. Experimental approaches to study the manufacturing processes are important but they can be replaced by FEM analysis, especially when a wide range of parameters is involved such as process parameters, material of the work piece and tool types.

ELENO aims to provide some fundamentals on research advances on FEM applied in manufacturing processes such as machining, bulk deformation, sheet metal forming, surface treatments, micro-manufacturing processes, etc.

What We Do

• Sheet metal forming analysis
  • Single stage forming
  • Multi-stage forming
  • Electromagnetic forming
• Forging Studies
• Shot peening processes
• Metal cutting processes
• Friction Stir Process