Why us?
Our Expertise
CFD
State-of-the-art simulations of complex fluid flows. Aerodynamics of airfoils, blades, vehicles. Analysis and optimization of rotors, pumps, fans. Wind loads. Pressure losses. Fluid-Structure Interaction. Multi-phase flows. HVAC simulations.
FEA
Static and transient analyses. Non-Linear analyses. Fatigue analysis. Fluid-Structure interaction. Composite material analysis.
Thermal analysis
Analysis and optimization of cooling systems. Dimensioning and optimization of heat exchangers. Modeling, simulations and optimization of heat transfer processes. Thermo-Fluid dynamics analysis. Thermal-stress analysis. Dimensioning and optimization of generator cooling. Measurements and data analysis.
Aerodynamics
Airfoil design. Rotor blade design. Analysis of aerodevices: vortex generators, Gurney flaps, flaps, slats, spoilers. Wind tunnel measurements and data analysis. Field measurements and data analysis.
Virtualization
Creation of a virtual version of any real system/process and relative numerical predictions. It is a powerful methodology for predicting what-if scenarios and for optimization at a very low cost. Applicable to engineering, manufacturing, economy, finance.
Programming
General customized programs. Engineering design tools to speed-up and optimize products and/or processes. Virtualization of physical systems. Programming languages: C/C++, Fortran, Python, VB, Matlab.
Mechanical Design
Product development. Mechanical solutions. CAD/CAE.
Project Management
Traditional and agile project management. Management of R&D projects. Elaboration of accurate business cases. Concept-, Design-, Process- FMEAs. RCAs.
Training
Aerodynamics. Fluid mechanics. Heat transfer. Open source CFD software. Open source FEA software. LEAN & Six-Sigma.
Some real cases
Case 1
- Client: heat exchanger manufacturer
- Task: Mathematical model and numerical solver of heat exchangers.
- Result: the amount of needed tests on new products was reduced by more than 50%
Case 2
- Client: wind turbine manufacturer
- Task: Engineering tool to integrate blade stability analysis and optimize blade parameters
- Result: The engineer time spent on blade stability analysis and optimization was reduced from 14 days to 2 hours.
Case 3
- Client: wind turbine manufacturer
- Task: Optimization of cooling system
- Result: the optimization of inlets and exhausts was able to reduce pressure losses and hence power consumption of about 15%. Furthermore smaller and cheaper fans could be used and power consumption of about 15%. Optimization of integrated cooling system to reduce the overall system costs. CFD and a customized dynamic model were used to carry out the task.