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 todayƳ 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.
Overview
Chapter 1 : Coolant Development in Asia
Chapter 2 : Heavy Duty Diesel Engine Coolant Technolgy
Chapter 3 : Field Test for Carboxylate Inhibitor Level in OAT Coolants
Chapter 4 : A Comparison of Membrane Technologies for Engine Coolant Recycling
Chapter 5 : New Electrochemical Methods for the Evaluation of Localized Corrosion
Chapter 6 : Compatibility Testing of Multi-Vehicle Coolant Chemistries
Chapter 7 : Investigation of Interaction between Coolant Formulations
Chapter 8 : Effect of Fluoride on Corrosion of Cooling Systems
Chapter 9 : Heavy Duty Diesel Engine Cavitation Test
Chapter 10 : Component Durability and High Mileage Performance of a Full Carboxylate Coolant
Chapter 11 : Cavitation Protection Performance of Nitrite Free Organic Acid Based Coolant
Chapter 12 : Accelerated Oxidation and Corrosion Testing of Engine Coolants using a Rotary
Chapter 13 : Coolants at Elevated Temperatures
Chapter 14 : Comparison of Bench Test Methods to Elevate Heavy Duty Coolant Thermal Stability
Appendix
Index
