TROY, Mich., March 8 /PRNewswire/ -- Delphi Corp. (NYSE: DPH) will help
lead the discussion on automotive safety, propulsion and lean product design
at the upcoming Society of Automotive Engineers (SAE) 2004 World Congress to
be held March 8-10 at Detroit's Cobo Center.
(Logo: http://www.newscom.com/cgi-bin/prnh/20020315/DEF002LOGO )
Included in Delphi's participation is Delphi Chairman, CEO, and President,
J.T. Battenberg III, who will give the keynote address on high performance
vehicles. In addition, Delphi will have several executive panel speakers,
present 38 technical papers on important industry issues and issue a book on
vehicle safety. A second book on the topic is expected to be issued in the
second quarter of 2004.
"Events such as the SAE World Congress offer an opportunity for members of
the automotive community to learn from one another, and to provide a forum for
sharing ideas, addressing challenges and finding solutions," said Battenberg.
"The presentation of technical information and discussion of industry issues
is essential for the advancement of automotive engineering and will help drive
the technologies of the future."
PANELS
Powering the Future - What propulsion systems and fuels will power the
automobile of the future? (Monday, March 8, 3:30 p.m.) Jean J. Botti, Chief
Technology Officer, Delphi Innovation Center will be a panel speaker
discussing Delphi's powertrain technologies, including Solid Oxide Fuel Cells
(SOFC), and the impact on the automotive industry in the future.
The Global Supplier Manufacturing Footprint (Monday, March 8, 8:30 a.m. -
12:00 p.m.) Tony Kayyod, director, Global Engineering and Manufacturing
Footprint, Delphi Corporation, will be a panel speaker discussing the results
of a study on the global supplier manufacturing footprint.
Electronic Active Safety Systems - How far can we go? (Tuesday, March 9,
10:00 a.m.) Richard Lind, Director, Advanced Engineering, Electronics &
Safety, Delphi Corporation, will discuss Delphi's safety systems.
High Performance Cars - A Passion for Performance (Wednesday, March 10,
9:00 a.m.) J.T. Battenberg III, Chairman, CEO & President, Delphi Corporation,
will give the keynote address on the future of high performance.
New Product Design and Development - How Lean Can We Get? (Wednesday,
March 10, 3:30 p.m.) Andrew Brown, Jr., Executive Director, Engineering
Competency, Product Government Affairs & Partnerships, and President, Delphi
Technologies Inc., Delphi Corporation, will discuss how to bring lean
principles into product development.
Exhaust Flow Performance and Pressure Drop of Exhaust Components and
Systems (Friday, March 12, 9 a.m. - 5 p.m.) Dr. Mansour Masoudi, development
engineer for Delphi Energy & Chassis, Delphi Corporation, will teach a seminar
on the motion of exhaust gas through the exhaust components and systems, and
discuss ways to design exhaust systems yielding optimal performance such as
minimized backpressure and maximized conversion efficiency. Performance and
engineering aspects of selected diesel aftertreatment components such as
particulate filters will also be highlighted.
Executive Panel - The China Experience: Value Chain Costing (Monday,
March 8, 3:30 p.m.) Dominic Y. Seto, Director of Engineering, Delphi Product
and Service Solutions, will discuss the unique aspects of doing business in
China from a global supplier perspective.
AWARDS
* Delphi research engineer, Mark Sellnau, is receiving the Forest R.
McFarland Award, granted by the SAE Engineering Meetings Board (EMB). The
award recognizes outstanding services rendered to EMB and SAE, and
specifically acknowledges Sellnau's efforts and leadership in contributions to
the Advanced Powerplant Committee.
* Delphi manager of Product Environmental Design, Angelika Coyle, is
receiving the John Connor Award from the Sustainable Development Program
Office at SAE. The John Connor Award recognizes the accomplishments of an
individual to promote the environmental vision of SAE within and outside the
Society. It was established to meet the demands of the ever-changing
environmental challenges that face manufacturers, suppliers and professionals
in the transportation industry.
BOOKS
This year, Delphi employees will be editing two books on vehicle safety
through SAE:
* "Occupant and Vehicle Responses in Rollovers" by Chantal Parenteau with
David Viano from ProBiomechanics; This book examines relevant conditions for
field rollovers, vehicle responses, and occupant kinematics in the vehicle and
includes over 60 technical documents covering 15 years of rollover crash
safety, including field crash statistics, pre- and rollover dynamics, test
procedures and dummy responses.
* Later this year, "Automotive Active Safety Systems" will be issued with
an introduction by Jean Botti. This compilation of technical papers written
by noted experts in the field of automotive safety examines recent
developments in chassis technology that enhance the driver's ability to avoid
crashes altogether. It reviews currently available stability control
technology and how it is being extended to help keep the driver in control.
The book also explores how chassis technologies are incorporated into an
integrated safety system that helps protect occupants and helps avoid crashes.
TECHNICAL PAPERS
Among the 38 Delphi technical papers being presented at the SAE World
Congress, the following are expected to draw especially high levels of
interest from the conference:
Detection of vehicle rollover (#2004-01-1757)
This paper proposes an approach for detecting impending rollover. The
method includes an algorithm for estimating roll angle and roll rate of
vehicle body with respect to the road using lateral acceleration and roll rate
sensors. Methods of determining roll angle from sensors are described and
their advantages and disadvantages discussed. The proposed model-based roll
angle estimation algorithm is described, followed by the introduction of the
roll over index. Test results are also discussed.
Emission System Optimization to Help Meet Future European Legislation
(#2004-01-0138)
To help comply with reduced European emissions targets, a significant
effort was required to minimize light-off time and to improve steady state
performance for the pollutants HC and NOx. This paper covers the main
challenges and technical solutions. Among them are substantial catalyst
improvements needed to accommodate the progressively more severe agings
related to high-speed driving conditions in Europe, and the close-coupled
location of the catalyst, with the introduction of the converter welded
directly to the exhaust manifold. Vehicles in the field have shown that only
a systems approach, including optimized exhaust manifold and canning designs,
robust engine calibration strategies and specifically developed washcoats, can
lead to effective emissions technologies. This paper discusses the major
steps that need to be taken to help meet future European emissions targets and
minimize cost or optimize packaging.
Simulation-Based Engine Calibration: Tools, Techniques and Applications
(#2004-01-1264)
New simulation tools and procedures have been developed by Delphi to
rapidly generate optimized calibration maps. The objective of this work is to
reduce calibration effort while fully realizing the potential benefit from
advanced engine technology. The procedure utilizes GT Power engine simulation
software and engine models validated through limited dynamometer testing.
This paper describes the simulation tools and procedures, and presents
calibration results for a modern V6 engine equipped with a two-step VVA and
intake cam phasing. Preferred two-step switching schedules and cam phaser
position maps are presented.
Potential Applications of R-152a Refrigerant in Vehicle Climate Control:
Part II (#2004-01-0918)
Worldwide concern over the global warming impact of HFC-134a has presented
the automotive industry with the pressing challenge of searching for suitable
alternative refrigerant(s). HFC-152a, referred to as R-152a in the air
conditioning and refrigeration industry, is a potential alternative because of
its significantly lower global warming potential relative to R-134a and its
chemical and thermodynamic similarity to R-134a. This similarity would allow
the conversion to R-152a to occur at low cost with little capital investment.
This paper is a continuation of the work on the potential applications of
R-152a presented at the 2003 Vehicle Thermal Management Systems Conference
(VTMS6). It documents continuing progress in applying R-152a to vehicle
climate control systems. The paper compares R-152a cooling performance and
energy performance to comparable R-134a system designs, including direct and
indirect expansion systems. Significant findings include the improved cooling
performance of R-152a over that of R-134a while, at the same time, using less
energy than R-134a. Also presented are means to assure safe system operation
with R-152a refrigerant.
A Supervisory Control to Manage Brakes and Four-Wheel-Steer Systems
(#2004-01-1059)
The coordination of multiple chassis systems such as QUADRASTEER(TM) Four
Wheel Steering (4WS) and Brake-Based Vehicle Stability Enhancement (VSE) is
optimized with a supervisory control structure. Coordinated control provides
a means to optimize the overall performance by appropriately distributing
workload to each system and taking advantage of the unique strengths of each
system. The result is an improvement in vehicle stability and driver workload
and a reduction in vehicle-handling compromises that typically hinder each
standalone system. Vehicle test results prove the viability of the concept.
Other Delphi papers being issued include:
Paper # Paper Title
2004-01-0272 AMI-C Content-Based Human Machine Interface (HMI)
2004-01-0285 Hierarchical Component-based Fault Diagnostics for By-Wire
Systems
2004-01-0236 The Many Faces of Security
2004-01-1375 Ultrasonic Air Temperature Sensing for Automatic Climate
Control - Vehicle Test
2004-01-1349 A Novel Transient Drop Sizing Technique for Investigating
the Role of Gasoline Injector Sprays in Fuel Mixture
Preparation
2004-01-0569 Combustion Assisted Belt-Cranking of V-8 Engines at 12V
2004-01-0199 Dynamic Discovery Service Protocols for Next Generation
Vehicle Network
2004-01-1682 Evaluation of Power Devices for Automotive Hybrid and 42V
Based Systems
2004-01-1586 Logistics and Capability Implications of a Bradley
Fighting Vehicle with a Fuel Cell Auxiliary Power Unit
2004-01-0255 Performance, Robustness, Durability of an Automatic Brake
System for Vehicle Adaptive Cruise Control
2003-01-3715 SAE Brasil Congress Best Paper Application of DOE -
Taguchi Approach on the Optimization of Fuel Injector
Calibration Process
2004-01-0566 Technology Considerations for Belt Alternator Starter
Systems
2004-01-1421 The Development of a RTD Temperature Sensor for Exhaust
Applications
2004-01-1631 Correlation Grading Methodology for Occupant Protection
System Models
2004-01-1681 Comparing Substrate Solutions for Automotive Power
Electronics Applications
2004-01-0343 Electronics and Algorithms for Rollover Sensing
2004-01-1682 Evaluation of Power Devices for Automotive Hybrid and 42V
Based Systems
2004-01-1698 Introduction to International Standard ISO 16750 -
Environmental Conditions and Testing for Road Vehicle
Electrical and Electronic Equipment (Electrical,
Mechanical, Climatic and Chemical Loads)
2004-01-1106 A Control System Methodology for Advanced Steering Systems
with Particular Attention to Steering Feel and Robustness
2004-01-1666 An Adaptable Software Safety Process for Automotive
Safety-Critical Systems
2004-01-0335 Simulation and Testing of a Suite of Field Relevant
Rollovers
2004-01-0919 A Model for Relating a Thermal Comfort Scale to EHT
Comfort Index
2004-01-1481 Analytical Design of Cockpit Modules for Safety and
Comfort
2004-01-0393 Analytical Predictions and Correlation with Physical Test
for Potential Buzz, Squeak, and Rattle Regions in a
Cockpit Assembly
2004-01-0844 Blow molded plastic active knee bolsters
2004-01-0334 Bounce-Overs: Fixed Object Impacts Then Rollovers
2004-01-0841 CAE Based Side Curtain Airbag Design
2004-01-1373 Clear Vision Automatic Windshield Glass Defogging System
2004-01-0129 Development of a die-cast magnesium AM60B modular cockpit
cross-car beam for FMVSS 214 compliance and LINCAP rating
2004-01-1627 Evaluation and Comparison of CFD Integrated Airbag Models
in LS-DYNA, MADYMO and PAM-CRASH
2004-01-0342 Rollover Crash Sensing and Safety Overview
2004-01-0316 Sled Test Results Using the Hybrid III 6 Year Old: An
Evaluation of Various Restraints and Crash Configurations
2004-01-0845 Survey of Front Passenger Posture Usage in Passenger
Vehicles
Oral only Delphi Substances of Concern Reporting Evolution
Oral only Development of Recycling Guidelines for PEM Fuel Cell
Systems - SAE J2594
For more information about Delphi, please visit Delphi's Media Room at
http://www.delphi.com/media .
SOURCE Delphi Corp.
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CONTACT:
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+1-248-813-2942
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