The future will be more and more CAE. We agree. It is therefore strategic to rely on a robust scientific research know-how, as years and years of university laboratory can provide. Proven ability to develop methods for validating numerical models is needed, as well as the availability of adequate computing power. We are on all these aspects.
We develop software for specific thermo-fluid dynamics needs, from scratch or for upgrade. They are numerical design and modelling softwares, automation and control softwares for industrial plants or test benches, SOFTWARE for data acquisition, database management, automation of test benches or multi-bench management, reporting and post processing management.
In addition to our theoretical thermo-fluid dynamics know-how and laboratory experience, we exploit experimental activities to select the truly significant parameters to be considered in order to develop targeted calculation models.
Knowing how to choose which inputs to focus the computational effort on. You can only do this if you have good laboratory experience and solid know-how. In Stream there are both. The precise output for those looking for effective solutions that optimise costs and benefits.
To contribute to the efficient digitalisation of processes, we develop customised thermo-fluid dynamics software with a strong specialisation on software dedicated to testing laboratories.
Do you want to immediately understand what we can do in more detail? Here are some examples of completed projects managed up to now for our customers.
And just so you know: we are ready to go further!
We use the STAR-CCM+ software for our computational fluid dynamics calculations. Based on the finite volume method, it is very present in the academic world from which we come, as it is a standard for many industry sectors in which we operate.
Advantech TIME, with design consultancy and laboratory tests, helps us identify the necessary parameters and experimentally validate the calculation models. An essential partnership to give you a unique and complete service, with targeted and effective computational fluid dynamics activities.
ARCTUR is the Slovenian hypercomputing centre with which we collaborate, and which ensures speed and computing power. These steadily increase with the progress of technical opportunities and thus increase the opportunities of computer-aided engineering.
