Join us for our 25th Virtual ICE Conference, where Porsche AG, MAN Energy Solutions SE, and R&D Computational Fluid Dynamics will present their experiences and achievements from their recent research and in-cylinder simulation activities. This will be complemented by presentations from Oxford Brookes University and Oxford University, who have been actively involved in industrial research projects applying Simcenter STAR-CCM+ In-Cylinder solution.
Internal combustion engines (ICEs) have been the workhorses of transportation for over a century. However, environmental and governmental pressures are forcing companies to move toward more sustainable transportation! With growing concerns about emissions and fossil fuel dependency, the transportation industry is exploring alternative solutions. Beyond electricity, there’s a world of alternative fuels, including hydrogen, biofuels, renewable diesel, and renewable natural gas.
This free online event will allow you to hear from several engine manufacturers on how they are deploying digitalization to investigate the potential of different fuels to develop engines for the future. In addition, you will learn about the new and upcoming capabilities of Simcenter STAR-CCM+ In-Cylinder Solution to enable an ICE Engineer to become a Hydrogen Combustion Engine Expert. Register now!
8:00 EDT: Warren Seeley, Siemens Digital Industries Software - “Welcome & Introduction”
8:10 EDT: Dr Giuseppe Cicalese, R&D Computational Fluid Dynamics - “Thermal characterization of a large bore 2-stroke marine engine”
8:30 EDT: Bhuvaneswaran Manickam, MAN Energy Solutions SE - “Numerical modelling and validation of HPDI methanol/diesel combustion for marine engines”
8:50 EDT: Samuel Baker, Oxford University - “Analysis of vector magnitudes from ensembles of in-cylinder flow data”
9:10 EDT: Andrea Berton, Porsche AG - "Methodology to simulate port injection using Star-CCM+ In-Cylinder"
9:30 EDT: Dr. Fabrizio Bonatesta, Oxford Brookes University - “CFD modelling of mixture homogeneity in direct injection hydrogen engines”
9:50 EDT: Prof. Stefano Fontanesi, Siemens Digital Industries Software - “How to move from being an Internal Combustion Engine engineer (ICEE) to a Hydrogen Combustion Engine expert (HYCEE)?”
10:10 EDT: Alexandros Panagoulias, Siemens Digital Industries Software – “New and upcoming capabilities of Simcenter STAR-CCM+ In-Cylinder Solution”
10:50 EDT: Panel discussion and Q&A
11:10 EDT: Warren Seeley, Siemens Digital Industries Software – “Closing remarks”
Director, Fluids & Thermal Business Development
L’Ing. Warren Seeley è attualmente Director for Business Development for Fluids & Thermal presso Siemens Digital Industries Software, parte di Simulation and Test Solutions. Vive a Detroit e vanta più di 25 anni di esperienza nello sviluppo di motori e nel settore della simulazione.
Ha iniziato la sua carriera presso l'Università di Coventry nel Regno Unito, dove ha conseguito un BEng (Hons) in ingegneria meccanica prima di intraprendere un dottorato di ricerca sponsorizzato da Jaguar Land Rover e incentrato sulla simulazione In-cylinder CFD utilizzando STAR-CD.
Warren è entrato a far parte di Ford Motor Company nel Regno Unito nel 1995, dove ha iniziato come analista CFD in Engine Development. Nei successivi 18 anni ha ricoperto varie posizioni nel team Engine, tra cui CAE Technical Specialist, prima di diventare Engine Performance Development Manager responsabile sia dei test che della simulazione. È inoltre cintura nera certificata Six Sigma.
Nel 2014 Warren è entrato a far parte di Ricardo Software negli Stati Uniti per assumere il ruolo di Commercial Manager per il loro portfolio software, focalizzato sull'industria automobilistica.
Nel luglio 2017 Warren è entrato a far parte di Siemens Digital Industries Software per guidare la strategia per le soluzioni convenzionali ed e-Powertrain, principalmente con Simcenter STAR-CCM+. Da ottobre 2021 assume il ruolo di Direttore Business Development.
Propulsion & Pollution Modelling (PPM) Group
Chief Executive Officer
CFD Simulation Engineer
Development Engineer, Thermo- and Fluid Dynamics Department
Ph.D. Student, part of Prosperity Partnership funded project
Professor at UniMORE, ICE Technical Expert
Technical Product Manager – Simulation & Test Solutions