Siemens Virtual ICE Conference 2025
Join us for our 26th Virtual ICE Conference, where Scania, NMC (Nissan Motorsport), and R&D CFD will present their experiences and achievements from their recent research and in-cylinder simulation activities. This will be complemented by presentations from Siemens Product Management and In-Cylinder Consultant on the recent and future capabilities of Simcenter STAR-CCM+ In-Cylinder solution.
Rethinking combustion – in-cylinder CFD simulation for the future of mobility
As the automotive industry navigates the transition to electrification, internal combustion engines (ICEs) remain a critical component of global mobility. This ICE Conference explores how in-cylinder CFD simulation is empowering automotive OEMs to rethink their powertrain strategies, balancing the evolution of ICE technologies alongside electric vehicles (EVs).
You’ll discover how predictive CFD modeling helps engineers tackle complex combustion phenomena, reduce emissions, and meet evolving regulatory standards like EU7. Learn about cutting-edge research in dual-fuel engines, hydrogen direct injection, e-fuels, and methanol retrofits for marine applications. Hear how leading automotive OEMs are reassessing their powertrain portfolios, using simulation to extend ICE viability.
Join experts from Siemens and leading automotive manufacturers to discover how simulation is driving innovation in combustion system development, enabling faster, more accurate, and more sustainable engine designs.
Event Agenda:
Warren Seeley, Siemens Digital Industries Software - “Welcome & introduction”
Luca Dalseno, R&D Computational Fluid Dynamics - “From chemical kinetics to engine simulation and combustion”
Bastian Rabe , Otto-von-Guericke-Universität Magdeburg - “Investigation of various ignition, combustion and knock models, as well as different reaction mechanisms for a hydrogen combustion engine using Simcenter STAR-CCM+”
Tadayoshi Hoshino, NMC - “Analysis for the performance improvement design of racing car engines”
Darius Gohari, Scania CV AB - “Using STAR-CCM+ In-Cylinder Simulations for Engine Development: From Idle Combustion Stability to Heat Load Analysis”
Prof. Stefano Fontanesi, Siemens Digital Industries Software - “A comprehensive workflow for hydrogen engine simulations in Simcenter STAR-CCM+”
Alexandros Panagoulias, Siemens Digital Industries Software – “New and upcoming capabilities of Simcenter STAR-CCM+ In-Cylinder Solution”
Panel discussion and Q&A
Warren Seeley, Siemens Digital Industries Software – “Closing remarks”
Vorstellung der Referenten
Dr. Warren Seeley
Director, Fluids & Thermal Business Development
Dr. Warren Seeley ist derzeit Director for Business Development for Fluids & Thermal bei Siemens Digital Industries Software, einem Geschäftsbereich von Simulation and Test Solutions. Er ist in Detroit ansässig und verfügt über 25 Jahre Erfahrung in der Motorenentwicklung und Simulationsindustrie.
Seine Karriere begann er an der Coventry University in Großbritannien, wo er einen BEng (Hons) in Maschinenbau und dann einen von Land Rover gesponderten Ph.D. über die CFD-Simulation im Zylinder mit STAR-CD erwarb.
Warren kam 1995 zur Ford Motor Company in Großbritannien, wo er als CFD-Analyst in der Motorenentwicklung begann. In den nächsten 18 Jahren bekleidete er verschiedene Positionen im Motorenteam, unter anderem als CAE Technical Specialist, bevor er zum Engine Performance Development Manager befördert wurde und sowohl für Tests als auch für die Simulation verantwortlich war. Dr. Warren Seeley ist außerdem zertifizierter Six Sigma Black Belt.
Im Jahr 2014 wechselte Warren zu Ricardo Software in den USA, um die Rolle des kaufmännischen Leiters für das Softwareportfolio in der Automobilbranche zu übernehmen.
Im Juli 2017 wechselte Warren zu Siemens Digital Industries Software, um die Strategie für konventionelle und e-Powertrain-Lösungen zu leiten, mit Schwerpunkt auf Simcenter STAR-CCM+. Seit Oktober 2021 hat er die Funktion des Director for Business Development übernommen.
Luca Dalseno
Senior CFD Engineer
Bastian Rabe
Master’s Thesis Student
Darius Gohari
Senior CFD Engineer
Tadayoshi Hoshino
Engine performance design, CFD analysis engineer
Prof. Dr. Stefano Fontanesi
Professor an der UniMORE, ICE Technical Expert
Alexandros Panagoulias
Technical Product Manager – Simulation & Test Solutions