Prof Krishnan Raja
Professor
| Department of Nuclear and Atomic Physics
University of Idaho
Idaho
Expertise:
Metallurgy and Metallurgical Engineering
142
Publications
16
Projects
3212
Scopus Citations
2864
CrossRef
15 Years 1 Month Total Experience
Scopus
3,212
Citations
25
h-index
CrossRef
2,864
Citations
26
h-index
Google Scholar
Loading Scholar statistics...
Professional Recognition
DARPA Young Faculty Award
2012
U.S. Department of Defense
Key Reader Award
2018
Metallurgical and Materials Transactions, A, TMS, USA
Key Reader Award
2019
Metallurgical and Materials Transactions, A, TMS, USA
Key Reader Award
2020
Metallurgical and Materials Transactions, A, TMS, USA
Key Reader Award
2021
Metallurgical and Materials Transactions, A, TMS, USA
Key Reader Award
2023
Metallurgical and Materials Transactions, A, TMS, USA
Key Reader Award
2024
Metallurgical and Materials Transactions, A, TMS, USA
Key Reader Award
2025
Metallurgical and Materials Transactions, A, TMS, USA
Alumni Excellence award
2015
University of Idaho
Alumni Excellence award
2016
University of Idaho
Community & Membership
No Data Found
There is currently nothing to display here.
No Data Found
There is currently nothing to display here.
Personal Details
Doctor of Philosophy
1993
Indian Maritime University
Master of Technology
1988
Indian Maritime University
Bachelor of Engineering
1986
Sultan Qaboos University, Muscat
Professor
Aug 2011 – Present
University of Idaho
| Department of Nuclear and Atomic Physics
Engineering and Technology
Scholarly Work
Joining of Non-Oxide Ceramic Components Used in Extreme Environments
OtherSelf-healing Composites for Aggressive Environments
CompletedRecovery of Critical Materials from E-Waste
Other3D Printing of Functionally Graded in-situ Sacrificial Anode Claddings for Enhanced Corrosion and Irradiation Resistance in MSR Applications
CompletedInnovative Technology for Continuous, Online (in situ) Monitoring of Corrosivity of Molten Salts to Prevent Catastrophic Failure of Solar Thermal Plants
CompletedOptimizing manufacturing of high value components using Direct Metal Laser Melting techniques under reduced atmospheric conditions for industrial sectors
CompletedNovel Processes for Capture of Radioactive Iodine Species from Vessel Off-Gas Streams
CompletedFriction Stir Based Repair Welding of Dry Storage Canisters and Mitigation Strategies: Effect of Engineered Barrier Layer on Environmental Degradation
CompletedElucidation of Electrochemical Behavior of Technetium, Tellurium, and Iodine in Molten Salt Solutions
CompletedEstablishing dynamic materials testing loop for SCC and fatigue crack growth studies in LWR conditions
CompletedUniversity of Idaho Nuclear Engineering Faculty Development Grant
CompletedBoride based electrode materials with enhanced stability under extreme conditions for MHD direct power extraction
CompletedDoubling the Life of Concrete Structures
CompletedDARPA Young Faculty Award 2012, "Design and synthesis of ceramic molecular auxetic materials
CompletedPhotocatalytic Conversion of CO2 into Methanol using Functionalized Transition Metal Oxide Nanotubes
CompletedCourse Modules on Management of Aging Power Plant Components and Systems for Enhancement of Nuclear Engineering Program
CompletedNo Data Found
There is currently nothing to display here.
Method for Forming Nanoporous Surfaces and Coating Bioceramics on the Nanoporous Surfaces of Titanium Based Implant Materials for Improved Interfacial Bond Strength
University of Nevada
Reno
USA
-
Patent No. :
7,998,568
Filed :
01-04-2011
Published :
30-11--0001
Granted
Scholarly Publications
Film rupture and repassivation on straining stainless steel electrodes
Semiconducting properties of surface oxide films of pure iron, nickel and chromium metals in pure water at 288°C
Electronic resistance of passive film of type 304L austenitic stainless steel in chloride containing water at 288°C
Effect of Ce doping on passive film electrical resistance of 316 stainless steel exposed to oxygenated pure water at 288°C and its relation to stress corrosion cracking
Experiments in ballistic range on hypervelocity crater formation on metallic/non-metallic space debris bumper shields
Critical parameters of environmentally assisted cracking in nuclear systems
Scopus: 4
Experimental investigations of space debris using Hypervelocity ballistic range HBR - 1
Effect of post-weld heat treatments on the notch toughness of electron beam welded precipitation hardened stainless steel-PH 15-7 Mo (Cu)
Showing 1 to 8 of 142 publications