Research in Progress Session - Corrosion Modeling: Fundamentals and Applications

Tuesday, March 16, 2010: 1:55 PM-6:00 PM
214 C (Henry B. Gonzales Convention Center)
Chair:
Christopher Taylor
Vice Chair:
Robert G. Kelly
2:00 PM
Modeling Scale Formation In CO2 Corrosion Of Carbon Steel And Comparison With Time-Resolved In-Situ Synchrotron X-Ray Diffraction Data
Nicholas J. Laycock*1, R. Chaturvedi2, B Ingham2, D.E. Williams3, and M. Ko1
(1)Quest Integrity; (2)Industrial Research Limited; (3)University of Auckland
2:40 PM
Using Artificial Neural Networks to Model the Environmental Dependence of Pit Growth in Aluminum Alloys
Mary K. Cavanaugh*1, Rudolph G. Buchheit1, and Nick Birbilis2
(1)The Ohio State University; (2)Monash University
3:00 PM
3:20 PM
A mechanistic model for localized co2 corrosion of carbon steel
Hui Li*, Srdjan Nesic, and Bruce Brown
Institute for Corrosion and Multiphase Technology, Ohio University
3:40 PM
MODELING AND PREDICTION OF ASTM-G67 CORROSION DAMAGE IN AA5083-H131 ALLOYS
Soumya Kar and Michael L. Free*
University of Utah
4:00 PM
4:20 PM
Passivity of Stainless Steels (FeCr): Modeling and Simulation of the Oxide Growth Using a Virtual Oxide Layer Model
Philippe Marcus*, Yves Alain Beh, and Boubakar Diawara
Laboratoire de Physico-Chimie des Surfaces, CNRS-ENSCP (UMR 7045), Ecole Nationale Supérieure de Chimie de Paris (F)
5:20 PM
Dealloying and stress corrosion cracking in alloys with only a few percent of noble metal – experiments and atomistic simulations
Dorota M. Artymowicz*, Roger C. Newman, and Zoe L. Coull
University of Toronto, Dept of Chemical Engineering and Applied Chemistry
5:40 PM
Atomistic Inquiries into the Effect of Hydrogen on Metals
Christopher Taylor*1, John R. Scully2, Robert G. Kelly2, R. Scott Lillard1, Matthew Neurock2, Turab Lookman1, and Michael Francis2
(1)Los Alamos National Laboratory; (2)University of Virginia
See more of: Research in Progress