Pre-design

We help you define new designs, by employing predictive simulation. Using 0D/1D simulation tools, we assess technological trade-offs between several design proposals, and provide you with accurate data on the designs’ performance levels.

Detailed Design

We help you fine-tune product designs with simulations of the product’s dynamic performance (time or frequency domain), CFD-3D simulations, FEM analysis or multi-objective parametric optimizations.

Virtual Validation and Trouble Shooting

If your product isn’t responding correctly to certain use conditions, our team can recreate the conditions digitally and explore the root causes of the technical issue, with sensitivity analyses. The service includes proposals of virtually validated design alternatives that do not experience the same performance issues.

With a lumped parameter modeling approach, we recreate a digital predictive model of any component or system and simulate its dynamic performance. We can verify the evolution of parameters like flow rates, pressure, currents, voltage, relative humidity, efficiencies, accelerations or speed over specific critical working conditions.

We analyze the fluid-dynamic performance of your product in terms of flow-rate, pressure losses, particle transportation, mixing efficiency or temperature distribution and quickly providing you with useful insights to move forward with your design optimization decisions.

We employ linear analysis to study the natural frequencies of a system. We can help you determine the causes of undesired high-frequency vibrations, fluidborne or due to modal couplings.

Data Acquisitions and Analyses

In the digital era, it remains crucial to test, validate, and optimize product designs before releasing them on the market. Thanks to a close partnership with Siemens, BSim employs Simcenter™ Testlab™ software (previously known as LMS Testlab) and Simcenter™ SCADAS™ hardware for data acquisition and acoustic, structural, durability and rotating machine analyses.

We improve the acoustic performance of your products, swiftly identifying sources that contribute to undesired noise. We locate acoustic sources on a broad range of frequencies, in the immediate acoustic field or in a more extended one.

We manage acquisitions and operative modal analysis, getting frequency responses of the system (FRF), natural frequencies and modal shapes. We detect the causes of vibrations also by employing transfer path analysis (TPA).