At POWERTECH Engineering we help our customers to solve powertrain simulation problems, minimize development costs, decrease time-to-market and improve productivity using the best in class CAE instruments.
We can provide services both in 1D engine simulation and Computational Fluid Dynamics (CFD).
We Solve
Our expertise can solve a broad range of engineering problems including manifolds tuning, turbo matching, acoustic analysis for intake and exhaust systems, combustion and aftertreatment analysis, heat transfer, cooling and lubrication systems modeling.
We Train
POWERTECH Engineering is not only your partner for simulation: we can provide also accurate training classes tailored to your needs and our in-house developed sw tools for powertrain testing. With our software you could manage your experimental data in the simplest and fastest way.
Engine and Powertrain Simulation
POWERTECH has an extensive experience in virtually all fields of 1D simulation:
Fast Running Models (FRM) and Real-Time HiL/MiL simulations.
Fuel Injection systems modeling.
Analysis on vehicle performance and emissions for different engine/transmission/vehicle design choices.
Optimal powersplit strategies for HEVs.
Gasoline EVAP system modeling.
1D/3D-CFD coupling.
CFD Analysis
POWERTECH has a comprehensive experience in 3D-CFD analysis:
Intake and exhaust flows through valves.
In cylinder air motion (swirl, tumble, squish effects).
In cylinder fuel spray development and mixture preparation for both Diesel and GDI applications.
Combustion.
Exhaust flow uniformity at catalysts inlet.
EGR mixing in the intake manifold.
Training
POWERTECH organizes training classes tailored to the customer needs in the fields of engine and powertrain simulation, experimental measurements, data acquisition and analysis. Classes can be taught either in English or Italian, at POWERTECH offices in Turin as well as on site at the customer facilities.
Sample topics:
Indicating analysis.
Engine modeling.
Mean Value & RT engine modeling.
Modeling of aftertreatment systems.
Modeling of turbocharging systems.
Testing Tools
PWT also develops software tools for experimental data acquisition and analysis.
All tools are based on National Instruments hardware and software, and can be tailored to satisfy customer needs:
In cylinder pressure measurement.
Combustion analysis and diagnostic (indicating).
Rugged and compact systems for in vehicle testing.
CAN analyzer.
SiL/HiL systems.
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