Valeo to Present 21 Technical Papers and Organize Technical Sessions At SAE 2002 World Congress

    AUBURN HILLS, Mich.--Feb. 27, 2002--Valeo, a leading supplier of innovative components, systems, and modules for cars and trucks, announces that its engineering staff will present 21 technical papers at the SAE 2002 World Congress. The four days of presentations showcase technical developments to the largest assembled audience of mobility engineers. The SAE 2002 World Congress and Exposition is March 4 through 7 at Cobo Center in downtown Detroit.
    "Our commitment to research and development is evidenced by the number of technical papers our engineers are presenting," said Robert Strazzella, group vice president - North America. "Many of the technologies discussed originated from one of our 53 research and development centers around the world. These technologies - from 42 volt systems to flat blade wipers to night driving headlamps - help our automotive customers enhance the driving experience of consumers around the world."
    Valeo engineers are presenting technical papers on the following days:

    March 5: Stop & Go Concept Ready for Existing and Future Electrical Networks (Oral Only): by Eckart von Westerholt, of Valeo. A simple Architecture for 42V Generator - Technical Design and Benefits (2002-01-0517): by Paul Armiroli of Valeo Electrical Systems. Bi-directional Washer Pump Robust Design Development (2002-01-0561): by Andreas Ritter and Glen Stuart Peace of Valeo. Development and Application of Laser Scanning Method to Automotive Component Manufacturing (2002-01-0971): by Sameer Desai of Valeo and Marc Bisson of Shape Grabber 3D Scanning Systems. Night Driving Headlamps in the Virtual World: of Valeo Sylvania LLC.
    March 6: Simulation of Mechanical Pressure in a Rubber-Glass Contact for Wiper Systems (2002-01-0798): by Regis Grenouillat and Christian Leblanc of Valeo Wiper Systems. Tribological Study of the Evolution of Clearances in Wiper Systems Blades (2002-01-0799): by Frederic Surdel and Sandrine Lesterlin of Valeo Wiper Systems. Efficient Fan Blade Design Using a PC-Based Code (2002-01-0859): by Sukeyuki Kobayashi, Richard E. Longhouse, Tao Hong, and John R. Savage of Valeo Motors & Actuators. Structural Modeling and Optimization of Circular Tubes in a Mechanically Assembled heat Condenser (2002-01-0950): by H. Michael Huang of Valeo. Validation of Finite Element Model for Aluminum Radiator End Tank (2002-01-0951): by Mohammed M. Ansari and Avinash Verma of Valeo Engine Cooling. Towards Shape Optimization of Radiator Cooling Tanks (2002-01-0952): by Laila Guessous, Michael P. Polis, Nathan Tison of Oakland University; and Sam Bouzida of Valeo. Experimental Investigation to Determine the Affect of Laminated Evaporator's Tank Position on Heat Transfer and Pressure Drop (2002-01-1029): by Gursaran D. Mathur, Valeo Climate Control.
    March 7: Overstress Testing to Determine the Factor of Safety of a Windshield Wiper System (2002-01-1230): by Brian Rhoades of Valeo Wiper Systems. Simulation of Chatter Vibrations for Wiper Systems (2002-01-1239): by Regis Grenouillat and Christian Leblanc of Valeo Wiper Systems. Smart Rain-Light Tunnel Sensor (SRLTS) (2002-01-1069): by M. Schlegel of Valeo Motors & Actuators; and Thomas Schuler of ITT SWF. Modular Rear Closure Architecture: An Analogy with the "Tetris" Game for Electrical Component Design and Integration (2002-01-1286, Written Only -- No Oral Presentation): by Patrice Reilhac, Valeo Motors & Actuators; and Jean-Pierre Eustache, Valeo; and Philippe Deshouillers and Laurent Simon of Valeo Wiper Systems. Cooled EGR Modulation: A Strategy to Meet EURO IV Emission Standards in Automotive DI Diesel Engines (2002-01-1154): by Jose L. Lazaro, Jose L. Garcia, Carlos Perez of Valeo Engine Cooling Spain; and Jose Galindo, Hector Climent, and Francisco J. Arnau of Universidad Politecnica de Valencia. Latest Improvements of CFD Models of Engine Cooling Axial Fans Systems (2002-01-1205): by Stephane Moreau, Manuel Henner and S. Kessaci of Valeo. Influence of Front End Vehicle, Fan and Shroud on the Heat Performance of A/C Condenser and Cooling Radiator (2002-01-1206): by Ngy Srun Ap, Pascal Guerrero, Philippe Jouanny of Valeo Engine Cooling.

    In addition to making presentations, Gursaran Mathur of Valeo Climate Control is an organizer of two Thermal Management Sessions on March 5 and 6, plus a Simulation Session on March 7. George Michael Smith of Valeo Automotive is an assistant chairperson of a Six Sigma session on March 6. Refki El-Bourini of Valeo Engine Cooling is an organizer of a Heat Exchangers session on March 6.
    Valeo is an independent industrial Group fully focused on the design, production, and sale of components, integrated systems, and modules for cars and trucks. As of the end of 2001, the Group has 143 plants, 53 research and development centers, 10 distribution centers and employs nearly 70,000 in 25 countries worldwide. For more information, see www.valeo.com.