Engine Coolant Technologies: 5th Volume
Editor(s): William N. Matulewicz
Topics cover:
International coolant development
Field testing of coolant additives
Engine coolant recycling
Engine component and coolant additive compatibility
Alternate coolant base technology
Extended life oxidation and thermal stability
New testing methods of cavitation, erosion, and localized corrosion
The advances in coolant system components and construction continue to impact the modern automotive, heavy-duty, locomotive and free standing engine design and performance. The expanding use of lighter metals, advances in nonmetallics, changes in fluid control technologies and coolant filtration in today’s engines, plus advancing discoveries in EGR and fuel cell technologies in engines of the future are a few of the challenges facing the experts in engine coolant formulating.
Table of Contents
Hiroshi Egawa, Yasuaki Mori, Michael L. Abel
Heather J. DeBaun, Fred C. Alverson
Regis J. Pellet, Leonard S. Bartley, Paul O. Fritz
R. Hudgens, E. Schmidt, M. Williams
Bo Yang, Filipe J. Marinho, Aleksei V. Gershun
Anthony P. Skrobul, Steven L. Balfe, Fred C. Alverson
Carol Jeffcoate, Mary Ranger, Jerry Grajzl, Bo Yang, Peter Woyciesjes, Aleksei Gershun
Bo Yang, Aleksei V. Gershun, Filipe J. Marinho, Peter M. Woyciesjes
Glen Davis, Mark Sarlo
Paul O. Fritz, Leonard S. Bartley, Regis Pellet, Virginia Moser, Carmen Ulabarro
Yasuaki Mori, Michael L. Abel, Yuji Miyake
Fred C. Alverson, Steven L. Balfe, Anthony P. Skrobul
Sandra Claeys, Serge Lievens
Yu-Sen Chen, R. Doug Hudgens, Edward R. Eaton