Analysis
Finite Element Analysis
Part of a Complete Product Development Process
Finite element analysis (FEA) simulations are an integral part of the design process, whether it be a design change or a new product.
We see the investment in finite element analysis services being repaid many times over in reduced development costs and a better product or quicker solution to your problem. Design changes worked out through analysis and simulation before prototype construction means quicker time to market and lower production costs.
Virtual Testing
- Is a realistic option to refine a design prior to building a single prototype.
- Parametric studies are routinely executed completely within a simulation environment.
- Dozens of design variables can be simulated easily
- Simulations can extract information that would be impossible to acquire in a physical testing environment.
A Balanced Solution
Good Software is a Must- ANSYS
Decades of Continuous Development
Has been under continuous development for over 40 years
Extensive Sample Problems and Comparative Analysis
Hundreds of sample problems are available. Excellent comparison to classical methods and test results
Global Adoption in Corporate and Academic Research
Highly specialized simulations have been conducted by corporations and universities all over the world
Computer Skills + Good Analysis Program + Real World Experience = A Great Simulation
Industry Experience Driving Critical Analysis
Having real world experience in a variety of industries gives us the perspective to perform an analysis and study the results with a critical eye
Expertise Ensuring Reliable Results
Our experience keeps us on the right track-taking care to avoid misleading results
Some of our areas of expertise in Finite Element Analysis:
- Random vibration, sine on random
- Impact, Drop, Shock
- Motion, kinematics, rigid and flexible body
- Thermal stress, thermal expansion mismatch
- Thermal analysis, orbital heat transfer
- High cycle and low cycle fatigue analysis
- Fracture and crack propagation analysis
- Rapid dynamics, crash and ballistic impact
- Coupled thermal-CFD for electronics cooling
- CFD for aerodynamics and wind loads
Air frame and aircraft engine atmospheric probe analysis consisting of heat transfer analysis, thermal stress, modal analysis, random vibration, and impact analysis:
- U2 Avionics redesign
- Solder joint fatigue studies
- Thermal cycling
- A320 multifunction probe
- A380 pitot-static system
- Material study to replace beryllium copper alloy
- F-22 air data system
- F 35 total air temperature sensor system
- F – 100 engine air temperature probe
- Various air data probes for Boeing aircraft
- Sikorsky CH – 53 windshield wiper system redesign
- Thermal analysis of various electronic assemblies and electronic components
- Various air data probes for Boeing aircraft
- Failure analysis of various mechanical, aerospace and defense -related components
- Icing/Deicing analysis on several air data sensors
- Multiple analyses performed on robotic forklift system that corrected multiple failure modes
- Stress analysis due to aerodynamic structural loads on large welded structures
- Analysis of various military explosively formed projectile systems.
- Used FEA to conduct virtual “tests” to explore environmental structural loads on mine tailings pipe float assembly
- Performed highly detailed structural analysis on large welded structures (70 tons)
- Used FEA methods to conduct various parametric analyses on plastic and elastomeric parts and assemblies.