| Website | https://www.sursum-mi.com/ |
| Field (and ATECO code) | Computer programming activities (621) |
| Target market | Propulsion Systems, Thermal Management and Advanced Manufacturing |
| Year of incorporation | 2021 |
Services
Sursum-Mi offers CFD simulation models for the optimization of sustainable propulsion systems, fluid machinery and other components. The spin-off focuses on:
- Commercialization of GASDYN, its internally developed 1D simulation software for modelling propulsion systems and their components.
- Development of a 3D CFD simulation methodology for internal combustion engines based on OpenFOAM, using its proprietary LibICE library.
- Development of Open FOAM-based 3D CFD simulation methodologies and related services.
Activities
Sursum-Mi is a spin-off specializing in fluid dynamics simulation (1D and 3D CFD), established from the experience of the ICE (Internal Combustion Engines) group. The results of a decade of cutting-edge research are made available to meet the needs of the industrial market through proprietary software and advanced simulation methodologies.
Founders
Discover the founders of One-Off Innovation
Full Professor of Fluid Machinery and Internal Combustion Engines at Politecnico di Milano. Coordinates research activities of the Internal Combustion Engines Group in the Department of Energy.
Leads innovation in turbocharging at Accelleron, combining 30 years of experience in engine development, thermodynamics, project management and sustainable technologies.
Full Professor of Fluid Machinery at Politecnico di Milano. Teaches Internal Combustion Engines and leads CFD research on hydrogen, ammonia and methanol combustion.
Full Professor at Politecnico di Milano, teaching CFD and Fluid Machinery. Develops advanced simulation tools for propulsion, acoustics, oil & gas and thermal management.
Full Professor at Politecnico di Milano's Department of Energy. Develops OpenFOAM-based CFD models for in-cylinder flow simulation and coordinates the development of Lib-ICE software.
Associate Professor of Fluid Machinery at the Department of Energy. Research experience in CFD modelling of internal combustion engines, positive displacement machines and fuel cells.
Holds an MSc in Mechanical Engineering. Has extensive experience in thermofluid dynamic modelling of thermal propulsion systems. Author of 36 publications (source: Scopus).