Every two years, the ERC organizes and hosts a symposium that focuses on special topics that are current and relevant to people involved in the transportation and combustion fields. Presentations are given by a range of experts providing perspectives on technical, strategic planning, policy and regulatory issues. The meetings have traditionally been well attended with 100-150 people from engine, automotive, truck, and energy companies.
Thank you to all of the speakers and participants who attended the 2022 ERC Symposium “Low Net-GHG Fuel and Engine Technologies.” Here is a list of the speakers with links who approved posting their presentations.
More details can be found in the fold below
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2022 Low Net-GHG Fuel and Engine Technologies
June 15-16th, 2022
The University of Wisconsin Madison Engine Research Center (ERC) held the 2022 ERC Symposium titled “Low Net-GHG Fuel and Engine Technologies”. The symposium focused on three areas: ‘Low-GHG Fuels’, ‘Engine/System Technologies’, and ‘Energy, Economic, and Lifecycle Analysis’.
Attendees engaged in:
- Learning what low carbon fuels are likely to be used in current and future engines around the world.
- Hearing about the latest efficiency-boosting combustion and engine system technologies.
- Discovering where research on fuel efficiency and emissions aftertreatment is headed.
- Networking with leading researchers, technologists, and design engineers.
An agenda is available with links to presentation slides.
2019 Technologies to meet Ultra-Low NOx Standards
2017 Impact of Future Regulations on Engine Technology
2015 2025 Engine Emissions and Fuel Economy
2013 Engine Fuel Efficiency and Advanced Combustion
2011 Future Engines and Their Fuels
2009 Reducing Fuel Consumption: Solutions and Prospects
2007 Fuels for Future Internal Combustion Engines
2005 Low Emission Combustion Technologies for Future IC Engines
2003 Developing the Virtual Engine – Current Capabilities and Future Directions
ARO/ERC- Engine Modeling Symposium
Theme: Developing the Virtual Engine – Current Capabilities and Future Directions
June 3rd and 4th, 2003, 1800 Engineering Hall, Madison WI 53706
David Mann, US Army Research Office
Conference Plenary Address – Virtual Development of Future Powertrains – Needs versus Reality
Gerhard Schmidt, Vice President-Research and Advanced Engineering, Ford Motor Company
Session I – Engine System & Powertrain Modeling
Industry Trends in Engine System and Powertrain Modeling
Thomas Morel, President, Gamma Technologies, Inc
System Simulation with Caterpillar DynastyTM
J. Barry Heisey, Assistant Director, Engine Research, Caterpillar Inc.
Engine and Powertrain System Modeling at SWRI
Nigel Gale, Vice President, Southwest Research Institute
Vehicle System Modeling in the Automotive Industry
Trudy Weber, Staff Research Scientist, General Motors R&D Center
Session II – Air Handling and Fluid Flow modeling
Application of Advanced Turbocharging Technology for Fuel Economy and Performance
Syed Shahed, Vice President, Advanced Technology, Garrett Engine Boosting Systems
Modeling and Optimizing Variable Valve Actuation
Peter Brown, Vice President, Powertrain Engineering and Design, Ricardo Inc.
Modeling of Internal Combustion EngineAir Flow and Gas Exchange Processes
Reinhard Tatschl, Manager CFD Development, Advanced Simulation Technologies, AVL ListGmbH
PANEL DISUSSION – Future Research Priorities
ERC LAB TOUR AND VENDOR DISPLAYS
Evening – Symposium dinner banquet
Featured speaker: Modeling the Effect of Automotive Emissions on the Atmosphere
Rob Harley, University of California – Berkeley
Session III -MULTIDIMENSIONAL ENGINE MODELING
Keynote: Multidimensional Modeling for Engine Design
David Gosman, Imperial College
Multidimensional Modeling at FFA for Diesel Engine Design
The Use of Modeling in Design of Heavy-duty Diesel Engines
Wayne Eckerle, Executive Director, Thermal & Fluid Sciences, Cummins Inc.
Optimization of HSDI Diesel Engines Using Multidimensional Modeling
Rolf Reitz, Director Engine Research Center, University of Wisconsin – Madison
Session IV – EMISSION CHEMISTRY AND EXHAUST GASAFTER-TREATMENT
Status of Diesel Emission Control Technologies and Implications to Engine Management Strategies
Timothy V. Johnson, Manager – Emerging Technologies and Regulations, Corning Environmental Technologies
The Effect if Di-Tertiary ButylPeroxide (DTBP) on the Autoignition of Gasoline in an HCCI Engine
Jim Eng, Staff Research Engineer, Powertrain Systems Research Laboratory, Bill Leppard and Tom Sloane, Principal Research Scientists, Chemical and Environmental Sciences Laboratory, General Motors R&D and Planning
Status of kinetic models for lean NOx adsorbers
Stuart Daw, Senior Development Staff Member, Oak Ridge National Lab
Session V – EXPERIMENTAL VALIDATION
Keynote – Experimental validation and multidimensional modeling at Ford SRL
George Davis, Ford Motor Company
Gasoline Engine Combustion Analysis by Experimental Validation Using Optical Applied Techniques for CFD Model Improvement
Teruyuki Itoh, Manager, Powertrain and Enviroment Research Laboratory, Nissan Research Center
Autoignition Quality of Practical Fuels in Internal Combustion Engines
Gautam Kalghatgi, Principal Scientist, Shell Global Solutions U.K.
Multidimensional Modeling and Experimental Validation for GDI Engines
Andreas Lippert, Senior Research Engineer, GM R&D and Planning
Engine Design “Orphans” and Modeling Opportunities
Tom Asmus, Senior Research Executive, Daimler Chrysler Corporation
2001 Exhaust Aftertreatment technologies
1999 The Next Fifty Years of Engine Research
Professor and Director of the Institute for Combustion Technology, RWTH Aachen University Manager, Advanced Technology and Innovation, John Deere Power Systems Robert Lorenz Professor of Mechanical Engineering, Director ERC, University of Wisconsin-Madison Professor of Mechanical Engineering, and Director of the Walter E. Lay Automotive Laboratory, University of Michigan Senior Principal Scientist Mobility, Shell Research Manager, Combustion No.3 Laboratory, Research & Innovation Center, Mitsubishi Heavy Industries, Ltd. Program Manager, VICTOR ERP, DEVCOM Army Research Laboratory Vice President, Head of Product Line Four-Stroke, MAN Energy Solutions SE Distinguished Member of the Technical Staff, Sandia National Laboratories Senior Technical Leader, Energy Efficiency Fundamentals, Ford Motor Company
Professor and Director of the Institute for Combustion Technology, RWTH Aachen UniversityRead more
Manager, Advanced Technology and Innovation, John Deere Power SystemsRead more
Robert Lorenz Professor of Mechanical Engineering, Director ERC, University of Wisconsin-MadisonRead more
Professor of Mechanical Engineering, and Director of the Walter E. Lay Automotive Laboratory, University of MichiganRead more
Senior Principal Scientist Mobility, ShellRead more
Research Manager, Combustion No.3 Laboratory, Research & Innovation Center, Mitsubishi Heavy Industries, Ltd.Read more
Program Manager, VICTOR ERP, DEVCOM Army Research LaboratoryRead more
Vice President, Head of Product Line Four-Stroke, MAN Energy Solutions SERead more
Distinguished Member of the Technical Staff, Sandia National LaboratoriesRead more
Senior Technical Leader, Energy Efficiency Fundamentals, Ford Motor CompanyRead more