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Back to Faculty/Researchers
Prof. Ronald G Ballinger
Professor of Nuclear Science and Engineering and Materials Science and Engineering, Emeritus
Co-Director, H H Uhlig Corrosion Laboratory
Primary DLC
Department of Nuclear Science and Engineering
MIT Room:
NW22-117
(617) 253-5118
hvymet@mit.edu
http://web.mit.edu/nse/people/faculty/ballinger.html
Areas of Interest and Expertise
Fatigue
Corrosion and Fatigue
Electrochemistry
Environmental Degradation
Advanced Materials for Fusion Systems
Nuclear Materials
Stress Corrosion Cracking Behavior in Nuclear Systems
Fuel Behavior Modeling
Research Summary
Current research interests include fundamental studies of the relationship between processing, structure and properties in aqueous solutions in the Ni-Cr-Fe and aluminum alloy systems and the development of high strength materials for cryogenic applications. Examples of current research in these areas are: (1) studies of the electrochemical relationships between precipitated phases in high strength nickel-base alloys in aqueous systems, (2) the effect of heat treatment on corrosion fatigue and stress corrosion cracking behavior of nickel-base alloys, (3) the effect of neutron and gamma radiation on the stress corrosion cracking behavior of Ni-Cr-Fe alloys in Light Water Reactor environments, (4) modeling of radiation induced segregation, (5) modeling of crack tip chemistry in aqueous systems, (6) the development of new low coefficient of expansion, high strength, alloys for cryogenic service, and (7) pitting and crack initiation studies as they effect the aging of aircraft structural components.
Recent Work
Projects
November 2, 2016
Department of Nuclear Science and Engineering
Materials in Extreme Environments
Principal Investigator
Ronald Ballinger
July 21, 2014
Department of Nuclear Science and Engineering
Advanced Alloy Development for Pb-Bi Cooled Reactor Systems
Principal Investigator
Ronald Ballinger
July 21, 2014
Department of Nuclear Science and Engineering
A Performance Assessment of TRISO Coated Particle Fuel in the Fluoride Salt-Cooled High Temperature Reactor (FHR)
Principal Investigator
Ronald Ballinger
July 21, 2014
Department of Nuclear Science and Engineering
Reliability Prediction for Naval Shafting Under Cyclic Loads and Determination of Inspection Intervals
Principal Investigator
Ronald Ballinger
July 21, 2014
Department of Nuclear Science and Engineering
Developing a Fundamental Understanding of the Relationship Between Environment, Microstructure and Stress on Pre-cursors to Crack Initiation
Principal Investigator
Ronald Ballinger
July 21, 2014
Department of Nuclear Science and Engineering
Advanced Reactor Systems and Materials
Principal Investigator
Ronald Ballinger
July 25, 2012
Department of Nuclear Science and Engineering
Environmental Degradation of Materials in Light Water Reactor (LWR) Environments
Principal Investigator
Ronald Ballinger
December 28, 2011
Department of Nuclear Science and Engineering
A Functionally Graded Composite for Resisting Corrosion in Lead-Bismuth Cooled Nuclear Reactors at Temperatures up to 700°C
Principal Investigator
Ronald Ballinger
December 28, 2011
Department of Nuclear Science and Engineering
Spinodal Decomposition of Stainless Steel Welds in BWR Reactors
Principal Investigator
Ronald Ballinger
December 27, 2011
Department of Nuclear Science and Engineering
SCIENTIFIC COMMONS: Materials in Extreme Environments
Principal Investigator
Ronald Ballinger
November 5, 2008
Department of Nuclear Science and Engineering
The Effect of Thermal Aging Properties on Stainless Steel Weld Metals
Principal Investigator
Ronald Ballinger
November 1, 2007
Department of Nuclear Science and Engineering
H H Uhlig Corrosion Laboratory
Principal Investigator
Ronald Ballinger
Related Faculty
Yang Yang
Postdoctoral Researcher
Prof. Paola Cappellaro
Ford Foundation Professor of Engineering
Charles W Forsberg
Principal Research Scientist