janelle p. wharry...irradiation evolution: an atom probe tomography study. 2018 - 2019, $50,000, pi....

$: Janelle P. Wharry...irradiation evolution: an atom probe tomography study. 2018 - 2019, $50,000, PI. 30. NSUF 18-1168: TEM in situ 4-point bend fracture testing of irradiated ODS alloys$
Janelle P. Wharry

Associate ProfessorSchool of Materials Engineering

Purdue University205 Gates Road

West Lafayette, IN 47906(765) 494-0782

[email protected]/nuclearmaterials

OVERVIEW Research aims to understand structure-property-functionality relationships in irra-diated materials, with an emphasis on deformation mechanisms and mechanical be-havior at the nano/microscale. Received Department of Energy (DOE) contracts tocode-qualify electron beam welding and powder metallurgy with hot isostatic press-ing (PM-HIP) processing of structural materials for nuclear applications. Mentored15 graduate and 40+ undergraduate researchers; published 60+ peer-reviewed jour-nal articles and refereed conference papers. Editor of Materials Today Communica-tions. Recipient of DOE Early Career Award, National Science Foundation CAREERAward, and ORAU Ralph E. Powe Junior Faculty Award. Chair of ASTM Subcom-mittee E10.08 on Procedures for Radiation Damage Simulation; General Chair of2019 Materials in Nuclear Energy Systems (MiNES) Conference; former Chair ofANS Materials Science & Technology Division.

NATIVITY Citizenship: United States of AmericaBirthplace: Hilo, HawaiiLanguages: English (native); Japanese, Fortran, Matlab, LATEX(beginner)

EDUCATION Ph.D., Nuclear Engineering & Radiological Sciences 2012University of Michigan Ann Arbor, MIThesis: The Mechanism of Radiation-Induced Segregation in Ferritic-MartensiticSteels (chair: Gary S. Was)

M.S.E., Nuclear Engineering & Radiological Sciences 2005University of Michigan Ann Arbor, MI

B.S.E., Nuclear Engineering & Radiological Sciences 2004University of Michigan Ann Arbor, MI

APPOINTMENT Purdue University West Lafayette, INAssociate Professor (tenured), School of Materials Engineering 2020 - PresentAssistant Professor, School of Materials Engineering (by courtesy) 2017 - 2019Assistant Professor, School of Nuclear Engineering 2016 - 2019

Boise State University Boise, IDAssistant Professor, Materials Science & Engineering 2013 - 2016

Center for Advanced Energy Studies Idaho Falls, IDAffiliate Faculty 2014 - 2016

Wharry - May 2020 - pp. 1

• Faculty affiliate for research partnership between Boise State University, IdahoNational Laboratory, and three other regional universities. Led development oftransmission electron microscopic (TEM) in situ mechanical testing capabilitiesat CAES and built cross-institutional collaborations.

University of Michigan Ann Arbor, MIResearch Fellow, Nuclear Engineering & Radiological Sciences 2012

• Studied high-dose (100 dpa) irradiation effects in ferritic/martensitic alloys us-ing self-ion irradiation. Investigated the effects of damage rate on microstruc-ture evolution, precipitation, and microchemical segregation.

University of Michigan Ann Arbor, MIResearch Assistant, Nuclear Engineering & Radiological Sciences 2007 - 2012

• Developed coupled experimental-modeling approach to determine the mecha-nism of radiation-induced segregation (RIS) in ferritic/martensitic alloys. Inves-tigated relationship of RIS with phase stability and microstructure evolution.Developed skills in charged particle irradiations, Fortran and Matlab, TEM,and focused ion beam (FIB).

Duke Energy Charlotte, NCNuclear Engineer, Oconee Nuclear Design Group 2006 - 2007

• Performed core design and reactor physics support calculations and analyses forthree Oconee pressurized water reactor units. Neutron physics modeling andthermal and safety analyses for proposed new fuel assembly design. Developedand implemented improved zero power physics test methods for cycle startup.

Sandia National Laboratory Albuquerque, NMIntern, Radioactive Materials Transportation Testing & Analysis 2004 - 2005

• Developed models for airborne radioactive particulate dispersal and economicimpact for RADTRAN, a computer code for risk assessment of the transporta-tion of radioactive materials. Contributed to thermo-mechanical modeling ofspent fuel casks during impact.

Westinghouse Electric Company Monroeville, PAIntern, Radiation Measurement & Analysis Group 2003

• Developed normalized pin power distributions from all Westinghouse 16x16 217-assembly pressurized water reactor cores to streamline irradiation dose andlifetime calculations for in-core radiation flux monitors.

County of Hawaii Hilo, HIIntern, Department of Water Supply 2002

• Utilized ultrasonic and other non-destructive techniques to measure water pres-sure and flow rates for performance monitoring and leak detection throughoutthe County of Hawaii’s water pump stations.

AWARDS ANS Landis Young Member Achievement Award 2020Purdue Seed for Success Award (investigator on $1M+ grant) 2019Purdue Bronze Acorn Award (first-time Seed for Success awardee) 2019DOE Office of Science Early Career Award 2019National Science Foundation CAREER Award 2018ORAU Ralph E. Powe Junior Faculty Enhancement Award 2018Purdue Engineering Outstanding Graduate Mentor Award 2018TMS Young Leaders Professional Development Award 2018Purdue Research Foundation International Travel Grant 2018


Purdue Pathways to the Faculty - Diversity Transformation Travel Grant 2018Purdue Engineering Dean’s Reading List Sept 2018, Feb 2019PlumX Metrics Top Ten Articles of 2017, Journal of Nuclear Materials 2017Oak Ridge Associated Universities (ORAU) Travel Grant 2017Acta Materialia Outstanding Reviewer Award 2016Boise State Teaching Scholars 2015 - 16Boise State Athletic Department Outstanding Faculty Recognition 2014Center for Teaching and Learning Travel Grant (Boise State) 2013Student Oral Presentation Honorable Mention, TMS Annual Meeting 2011Rackham Graduate School Travel Grant (UMich) 2009 & 2011Innovations in Fuel Cycle Research Award 2010Roy G. Post Foundation Graduate Scholarship 2007Professional Women in the American Nuclear Society Travel Scholarship 2007North American Young Generation in Nuclear Excellence Award 2006DOE Office of Civilian Radioactive Waste Management Graduate Fellowship 2005John D. Randall Memorial Scholarship, American Nuclear Society 2005Mildred & Steele Bailey Prize (UMich College of Engineering) 2005Distinguished Leadership Award (UMich College of Engineering) 2005

RESEARCHGRANTS,AGREEMENTS,& CONTRACTS

Career funding $13.8M ($8.1M responsible)

1. Electric Power Research Institute (EPRI): Microstructure characteriza-tion of 1 dpa neutron irradiated PM-HIP and cast/forged alloys. 2020 - 2021,$143,744, PI.

2. DOE Office of Science DE-SC0020150 - Early Career Research Pro-gram: Irradiation tailoring of deformation-induced phase transformations. 2019- 2024, $750,000, PI.

3. DOE NEUP/Nuclear Science User Facilities (NSUF) DE-NE0008907(19-16297): Irradiation studies on electron beam welded PM-HIP pressure ves-sel steel. 2019 - 2024, $2,571,982 ($500,000 to JPW), PI (Co-PIs David Gandy,William Kyffin).

4. National Science Foundation DMR-1838605: Collaborative Research: Tun-able control of mixed ionic and electronic conductivity through ion irradiationin electroceramic materials for energy storage systems. 2019 - 2022, $599,969($280,381 to JPW), PI (Boise State PI Hui Xiong).

5. DOE Office of Science - Energy Frontier Research Centers (EFRC).Center for Thermal Energy Transport under Irradiation (TETI). 2018 - 2022,$11,500,000 ($1,710,000 to Purdue), Co-PI (Director David Hurley, Co-PIs JianGan, Anter El-Azab, Krysztof Gofryk, Michael Manley, Yongfeng Zhang, ChrisMarianetti, Matthew Mann, Lingfeng He, Madhab Neupane, Marat Khafizov,Jason Harp, Zilong Hua, Mukesh Bachhav).

6. DOE NEUP DE-NE0008758 (18-15103): Microstructure-based benchmark-ing for nano/ microscale tension and ductility testing of irradiated steels. 2018- 2021, $800,000 ($340,000 to JPW), PI (Co-PIs Anter El-Azab, Kevin Field,Maxim Gussev).

7. DOE NEUP DE-NE0008759 (18-15559): Cold spray repair & mitigationof stress corrosion cracks in spent nuclear fuel dry storage canisters. 2018 - 2021,$799,982 ($640,000 to JPW), PI (Co-PIs Charles Bryan, Eric Schindelholz, KyleJohnson).

8. National Science Foundation DMR-1752636: CAREER: Using irradia-tion to understand intergranular fracture mechanisms of anisotropically-bonded


solute segregants. 2018 - 2023, $560,000, PI.

9. DOE NEUP/NSUF DE-NE0008525 (16-10181): Effects of high damagedose on laser welded, irradiated AISI 304SS. 2016 - 2020 (including NCE),$1,150,000 ($332,460 to JPW), PI (Co-PIs Yaqiao Wu, Frank Garner, PaulaFreyer, Greg Frederick, Jonathan Tatman, Benjamin Sutton).

10. NSUF 15-8242: Irradiation influence on alloys fabricated by powder metal-lurgy and hot isostatic pressing for nuclear applications. 2015 - 2022, $2,000,000,PI (Co-PI David Gandy).

Completed Grants, Agreements, & Contracts

11. Oak Ridge Associated Universities (ORAU): Events Sponsorship Pro-gram: Materials in Nuclear Energy Systems (MiNES) Conference. 2019, $4,000,PI.

12. ORAU, Ralph E. Powe Junior Faculty Enhancement Award: Improv-ing ductility testing of irradiated steels. 2018 - 2019, $10,000, PI.

13. Purdue Research Foundation, Summer Faculty Grant: Irradiation-assisted deformation-induced martensitic transformation. 2018, $29,300, PI.

14. Idaho National Laboratory LDRD. Microstructure and mechanical testingof weld repairs of irradiated 304SS. 2017 - 2018, $43,500, PI (INL PI ChengSun).

15. Purdue Study Abroad and Intercultural Learning (SAIL): Course de-velopment for Environmental Effects of Nuclear Power Production study abroadin Pripyat, Ukraine. 2017 - 2018, $9,000, PI.

16. Idaho National Laboratory LDRD: Microscale technique to evaluate grainboundary cohesion of irradiated alloys. 2016 - 2019, $900,000 ($150,000 toJPW), Co-PI (PI Xianming Bai; Co-PIs Wen Jiang, Ray Fertig, Indrajit Charit).

17. Electric Power Research Institute: Creep rupture mechanisms of PM-HIPand cast CF8C-Plus alloy. 2015 - 2016, $46,000, PI.

18. National Aeronautics and Space Administration (NASA) EPSCoR:Utilizing radiation induced segregation to enhance the strength of metal matrixcomposites. 2015 - 2016, $25,000, PI.

19. National Science Foundation DMR-1408949: CER: Understanding howirradiation affects electrochemical charge storage in nanostructured metal oxideelectrodes. 2014 - 2018, $343,920 ($150,000 to JPW), Co-PI (PI Hui Xiong,Co-PI Darryl Butt).

20. US Nuclear Regulatory Commission NRC-HQ-84-14-G-0056: A fac-ulty development program in materials for nuclear energy systems at Boise StateUniversity. 2014 - 2018, $430,000, PI (Co-PIs Darryl Butt, Peter Mullner).

User Facility Projects

21. NSUF 20-2946: Unraveling the mystery of irradiation-induced void closure.2020, $50,000, PI (Co-PIs Lin Shao, Frank Garner).

22. NSUF 19-2885: Synergistic ODS nanocluster irradiation evolution and radiation-induced segregation. 2019 - 2020, $50,000, PI.


23. Center for Integrated Nanotechnologies (CINT) 2019AU0020: Tunablecontrol of mixed ionic & electronic conductivity in electroceramic materials forenergy storage systems through ion implantation. 2019 - 2021, Co-PI (PI HuiXiong; Co-PI Yongqiang Wang).

24. NSUF 19-1757: Role of irradiation damage cascade descriptors on ODS andmodel ODS nanocluster evolution. 2019, $50,000, Co-PI (PI Priyam Patki).

25. NSUF 19-1723: Influence of grain boundary RIS on dislocation mobility inirradiated steels. 2019, $50,000, PI (Co-PI Anter El-Azab).

26. NSUF 19-1619: Effect of laser weld repairs on deformation mechanisms ofneutron irradiated austenitic steels. 2019, $50,000, Co-PI (PI Keyou Mao).

27. NSUF 18-1566. In situ TEM deformation of neutron irradiated FeCrAl alloys.2018 - 2019. $50,000. Co-PI (PI Dalong Zhang, Co-PI Kevin Field).

28. NSUF 18-1412: Irradiated microstructure evolution in cast compared to PM-HIP Alloy 625. 2018, $50,000, PI.

29. NSUF 18-1198: Extension and validation of rate theory model of nanoclusterirradiation evolution: an atom probe tomography study. 2018 - 2019, $50,000,PI.

30. NSUF 18-1168: TEM in situ 4-point bend fracture testing of irradiated ODSalloys. 2018, $50,000, Co-PI (PI Kayla Yano).

31. CINT 2017BC0102: Irradiation effects on electrochemical charge storage innanostructured TiO2 electrode for Li-ion batteries. 2017 - 2019, Co-PI (PI HuiXiong, Co-PI Yongqiang Wang).

32. NSUF 17-1081: Microstructure and microchemical characterization of neu-tron and proton irradiated Alloy D9 using APT and TEM. 2017 - 2018, $50,000,Co-PI (PI Mukesh Bachhav; Co-PI Cheng Sun).

33. NSUF 17-922: Effect of grain boundary character and surface treatment onirradiation tolerance of nuclear alloys. 2017 - 2018, $50,000, Co-PI (PI VijayVasudevan).

34. NSUF 17-908: Radiation induced segregation and phase separation in neutronirradiated FeCrAl alloys. 2017, $50,000, PI (Co-PI Kevin Field).

35. NSUF 16-710: Modeling nanocluster evolution in irradiated ferritic ODS andferritic/martensitic alloys. 2016, $50,000, Co-PI (PI Matthew Swenson).

36. NSUF 16-656: TEM in situ microcantilever testing of irradiated F/M alloys.2016, $50,000, PI.

37. NSUF 16-625: Understanding the effects of irradiation dose rate and particletype in ferritic/martensitic alloys. 2016, $50,000, Co-PI (PI Matthew Swenson).

38. CINT U2014B0045: Irradiation effects on electrochemical charge storage innanostructured TiO2 electrode for Li-ion batteries. 2015 - 2017, Co-PI (PI HuiXiong; Co-PI Yongqiang Wang).

39. NSUF 15-569: Characterizing Si-Ni-Mn clustering in ion irradiated Fe-9CrODS alloy. 2015, $50,000, PI.

40. NSUF 15-558: Proton irradiations of alloys fabricated by powder metallurgyand hot isostatic pressing. 2015, $50,000, PI.

41. NSUF 15-540: Si-Ni-Mn clustering in irradiated Fe-9Cr oxide dispersionstrengthened alloy. 2014, $50,000, PI.

42. NSUF 14-486: Irradiation-induced segregation, phase stability, and microstruc-ture in 8-10 wt% Cr ODS alloys. 2014, $50,000, PI.


43. NSUF 14-485: Correlating mechanical properties with microstructure evolu-tion in irradiated F/M and ODS alloys. 2014, $50,000, PI.

44. NSUF 13-419: Toward an understanding of the effect of dose rate on theirradiation response of F/M alloys. Project 13-419. 2013, $50,000, PI.

45. Pacific Northwest National Laboratory (PNNL) Environmental Molec-ular Sciences Laboratory (EMSL): Focused ion beam milling of TEM sam-ples from ion-irradiated ferritic-martensitic steels. 2013, $4,000, PI.

PUBLICATIONS Student advisees are underscored; * undergraduates

1. M.J. Swenson and J.P. Wharry. A simple rate theory model of irradiation-induced solute clustering in b.c.c. Fe-based alloys. Submitted May 2020. In-vited paper

2. M.S. Singh, T. Kumagai, J.P. Wharry and A. El-Azab. Thermodynamics ofpoint-defect disorder and off-stoichiometry in ThO2 and Th1-yUyO2. SubmittedApril 2020.

3. J.P. Wharry and K.S. Mao. The role of irradiation on deformation-inducedmartensitic phase transformations in fcc alloys. Journal of Materials Research,in press. doi: 10.1557/jmr.2020.80 Invited review

4. P.H. Warren, G. Warren, M. Dubey, J. Burns, Y.Q. Wu, and J.P. Wharry.Method for fabricating depth-specific TEM in situ tensile bars. JOM 72.5 (2020)2057-2064. doi: 10.1007/s11837-020-04105-8

5. K.H. Yano, Y.Q. Wu, and J.P. Wharry. Method for evaluating irradiationeffects on flow stress in Fe-9%Cr ODS using TEM in situ cantilevers. JOM72.5 (2020) 2065-2074. doi: 10.1007/s11837-020-04110-x

6. S.K. Lawrence and J.P. Wharry. Hydrogen Effects on Material Performance.JOM 72.5 (2020) 1979-1981. doi: 10.1007/s11837-020-04123-6

7. H.J. Qu*, K.H. Yano, P.V. Patki, M.J. Swenson, and J.P. Wharry. Under-standing plasticity in irradiated alloys through TEM in situ compression pillartests. Journal of Materials Research 35.8 (2020) 1037-1050.doi: 10.1557/jmr.2019.295.

8. P.V. Patki, Y.Q. Wu, and J.P. Wharry. Effects of proton irradiation onmicrostructure and mechanical properties of nanocrystalline Cu-10at%Ta alloy.Materialia 9 (2020) 100597. doi: 10.1016/j.mtla.2020.100597

9. K.S. Mao, C. Sun, C.-H. Shiau, K.H. Yano, P.D. Freyer, A.A. El-Azab, F.A.Garner, A. French, L. Shao, and J.P. Wharry. Role of cavities on deformation-induced martensitic transformation pathways in a laser-welded, neutron irradi-ated AISI 304L stainless steel. Scripta Materialia 178 (2020) 1-6.doi: 10.1016/j.scriptamat.2019.10.037.

10. K.S. Mao, C. Sun, X. Liu, H.J. Qu, A.J. French, P.D. Freyer, F.A. Garner, L.Shao, and J.P. Wharry. Effect of laser welding on deformation mechanismsin irradiated austenitic stainless steel. Journal of Nuclear Materials 528 (2020)151878. doi: 10.1016/j.jnucmat.2019.151878. TMS Best Paper Award -Graduate Division, 2nd place

11. J.P. Wharry and M.J. Cordill. New developments in nanomechanical methods.JOM 71.10 (2019) 3340-3342. doi: 10.1007/s11837-019-03720-4.

12. K.A. Smith, A.I. Savva, K.S. Mao, Y. Wang, D. Tenne, D. Chen, Y. Liu, C.Deng, P. Barnes, D.P. Butt, J.P. Wharry, and H. Xiong. Proton irradiation


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effect on anatase TiO2 nanotube anode for lithium-ion batteries. Journal ofMaterials Science 54.20 (2019) 13221-13235. doi: 10.1007/s10853-019-03825-w

13. E. Getto, B. Tobie, E. Bautista*, A.L. Bullens*, Z.T. Kroll*, M.J. Pavel*,K.S. Mao, D.W. Gandy, and J.P. Wharry. Thermal aging and Hall-Petchrelationship of PM-HIP and wrought Alloy 625. JOM 71.8 (2019) 2837-2845.doi: 10.1007/s11837-019-03532-6

14. K.S. Mao, C. Sun, Y. Huang, C.-H. Shiau, F.A. Garner, P.D. Freyer, and J.P.Wharry. Grain orientation dependence of nanoindentation and deformation-induced martensitic phase transformation in neutron irradiated 304L stainlesssteel. Materialia 5 (2019) 100208. doi: 10.1016/j.mtla.2019.100208

15. J.P. Wharry, K.H. Yano, and P.V. Patki. Intrinsic-extrinsic size effect rela-tionship for micromechanical tests. Scripta Materialia 162 (2019) 63-67.doi: 10.1016/j.scriptamat.2018.10.045 Selected for Purdue College of En-gineering Dean’s Reading List, February 2019

16. K. Mao, Y. Wu, C. Sun, E. Perez, and J.P. Wharry. Laser weld-inducedformation of amorphous Mn-Si precipitate in 304 stainless steel. Materialia 3(2018) 174-177. doi: 10.1016/j.mtla.2018.08.012

17. Y. Bazarbayev, M. Kattoura, K. Mao, J. Song, V.K. Vasudevan, and J.P.Wharry. Effects of corrosion-inhibiting surface treatments on irradiated mi-crostructure development in Ni-base Alloy 718. Journal of Nuclear Materials512 (2018) 276-287. doi: 10.1016/j.jnucmat.2018.10.006

18. D.P. Guillen, D.C. Pagan, E.M. Getto, and J.P. Wharry. In situ tensilestudy of PM-HIP and cast 316L stainless steel and Inconel 625 alloys with highenergy diffraction microscopy. Materials Science and Engineering A 738 (2018)380-388. doi: 10.1016/j.msea.2018.09.083

19. K.H. Yano, K. Mao, J.P. Wharry, and D.M. Porterfield. Investing in a per-manent and sustainable nuclear waste disposal solution. Progress in NuclearEnergy 108 (2018) 474-479. doi: 10.1016/j.pnucene.2018.07.003 Selected forPurdue College of Engineering Dean’s Reading List, September 2018.

20. A. Bullens*, E. Bautista*, E.H. Jaye*, N. Vas*, N.B. Cain*, K. Mao, D.W.Gandy, and J.P. Wharry. Comparative thermal aging effects on PM-HIP andforged Inconel 690. JOM 70.10 (2018) 2218-2223.doi: 10.1007/s11837-018-2818-z

21. K.A. Smith, A. Savva, Y. Wu, D.A. Tenne, D.P. Butt, H. Xiong, and J.P.Wharry. Effects of intermediate energy heavy-ion irradiation on the microstruc-ture of rutile TiO2 single crystal. Journal of the American Ceramic Society 101(2018) 4357-4366. doi: 10.1111/jace.15576

22. K. Mao, H. Wang, Y. Wu, V. Tomar, and J.P. Wharry. Microstructure-property relationships across AISI 304/308L stainless steel laser weldments.Materials Science and Engineering A 721 (2018) 234-243.doi: 10.1016/j.msea.2018.02.092

23. K.H. Yano, S. Thomas, M.J. Swenson, Y. Lu, and J.P. Wharry. TEM in situcube-corner indentation analysis using ViBe motion detection algorithm. Jour-nal of Nuclear Materials 502 (2018) 201-212. doi: 10.1016/j.jnucmat.2018.02.003

24. M.J. Swenson and J.P. Wharry. TEM characterization of irradiated mi-crostructure of Fe-9%Cr ODS and ferritic-martensitic alloys. Journal of Nu-clear Materials 502 (2018) 30-41. doi: 10.1016/j.jnucmat.2018.01.062

25. M.J. Swenson and J.P. Wharry. Nanocluster irradiation evolution in Fe-9%CrODS and ferritic-martensitic alloys. Journal of Nuclear Materials 496 (2017)24-40. doi: 10.1016/j.jnucmat.2017.08.045


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26. K.A. Smith, A.I. Savva, C. Deng, J.P. Wharry, S. Hwang, D. Su, Y. Wang, J.Gong, T. Xu, D.P. Butt, and H. Xiong. Effects of proton irradiation on TiO2

nanotube electrode for lithium-ion batteries. Journal of Materials Chemistry A5 (2017) 11815-11824. doi: 10.1039/C7TA01026E

27. J.P. Wharry, M.J. Swenson, and K.H. Yano. A review of the irradiation evo-lution of dispersed oxide nanoparticles in b.c.c. Fe-Cr alloys: current under-standing and future directions. Journal of Nuclear Materials 486 (2017) 11-20.doi: 10.1016/j.jnucmat.2017.01.009 PlumX Top Ten of 2017.

28. K.H. Yano, M.J. Swenson, Y. Wu, and J.P. Wharry. TEM in situ micropillarcompression tests of ion irradiated oxide dispersion strengthened alloy. Journalof Nuclear Materials 483 (2017) 107. doi: 10.1016/j.jnucmat.2016.10.049

29. C.K. Dolph, D.J. DaSilva*, M.J. Swenson, and J.P. Wharry. Plastic zone sizefor nanoindentation of irradiated Fe-9wt% Cr ODS alloy. Journal of NuclearMaterials 481 (2016) 33. doi: 10.1016/j.jnucmat.2016.08.033

30. M.J. Swenson, C.K. Dolph, and J.P. Wharry. The effects of oxide evolutionon mechanical properties in irradiated 9wt% Cr ODS alloy. Journal of NuclearMaterials 479 (2016) 426. doi: 10.1016/j.jnucmat.2016.07.022

31. M.J. Swenson and J.P. Wharry. The comparison of microstructure and nan-ocluster evolution in proton and neutron irradiated Fe-9%Cr ODS steel to 3 dpaat 500◦C. Journal of Nuclear Materials 467 (2015) 97.doi: 10.1016/j.jnucmat.2015.09.022

32. C.M. Parish, K.G. Field, A.G. Certain, and J.P. Wharry. Application ofSTEM characterization for investigating radiation effects in BCC Fe-based al-loys. Journal of Materials Research 30 (2015) 1275. doi: 10.1557/jmr.2015.32

33. T.R. Allen, D. Kaoumi, J.P. Wharry, Z. Jiao, C. Topbasi, A. Kohnert, L.Barnard, A. Certain, K. Field, G.S. Was, D.L. Morgan, A.T. Motta, B.D. Wirth,and Y. Yang. Characterization of microstructure and property evolution in ad-vanced cladding and duct: Materials exposed to high dose and elevated temper-ature. Journal of Materials Research 30 (2015) 1246. doi: 10.1557/jmr.2015.99

34. J.P. Wharry and G.S. Was. The mechanism of radiation-induced segregationin ferritic-martensitic alloys. Acta Materialia 65 (2014) 42.doi: 10.1016/j.actamat.2013.09.049

35. J.P. Wharry and G.S. Was. A systematic study of radiation-induced segrega-tion in ferritic-martensitic alloys. Journal of Nuclear Materials 442 (2013) 7.doi: 10.1016/j.jnucmat.2013.07.071

36. Y. Huang, J.P. Wharry, Z. Jiao, C.M. Parish, S. Ukai, T.R. Allen. Mi-crostructural evolution in proton irradiated NF616 at 773 K to 3 dpa. Journalof Nuclear Materials, 442 (2013) S800. doi: 10.1016/j.jnucmat.2013.04.075

37. J.P. Wharry, Z. Jiao, and G.S. Was. Application of the Inverse Kirkendallmodel of radiation-induced segregation to ferritic-martensitic alloys. Journal ofNuclear Materials, 425 (2012) 117. doi: 10.1016/j.jnucmat.2011.10.035

38. J.P. Wharry, Z. Jiao, V. Shankar, J.T. Busby, and G.S. Was. Radiation-induced segregation and phase stability in ferritic-martensitic alloy T91. Jour-nal of Nuclear Materials, 417 (2011) 140. doi: 10.1016/j.jnucmat.2010.12.052

39. G.S. Was, J.P. Wharry, B. Frisbie, B.D. Wirth, D. Morgan, J.D. Tucker,and T.R. Allen. Assessment of radiation-induced segregation mechanisms inaustenitic and ferritic-martensitic alloys. Journal of Nuclear Materials, 411(2011) 41. doi: 10.1016/j.jnucmat.2011.01.031


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BOOKCHAPTERS

1. D. Purdy, P.J. Maziasz, J.P. Wharry, and C.K. Dolph. Microstructure impactson mechanical properties in a high temperature austenitic stainless steel. In:Advances in Materials Technology for Fossil Power Plants, Proceedings fromthe 8th International Conference (EPRI 2016), eds. J. Parker, J. Shingledecker,and J. Siefert. Co-published by EPRI and ASM International, 1288 pages, 2017,ISBN 978-1-62708-131-3.

REFEREEDCONFERENCEPAPERS

1. J. Ashcroft, V. Jaramillo, J.L. Blatti, M. Gonzalez, P.D. Zavattieri, J.P. Wharry,D.N.P. Cave, E. Bautista*, I. Bojanini, M.T. Hacopian. Early career and remoteundergraduate research experiences as catalysts for more impactful communitycollege STEM opportunities. Proceedings of American Society for EngineeringEducation 127th Annual Conference, Paper 30177 (2020).

2. Y. Bazarbayev, K.S. Mao, R. Chiang, V.K. Vasudevan, and J.P. Wharry. Ef-fect of residual stress mitigation surface treatment techniques on the irradiationtolerance of Ni-base alloys. Proceedings of FONTEVRAUD 9 - Contributionof Materials Investigations and Operating Experience to Light Water NPPs’Safety, Performance and Reliability, Paper 000146 (2018).

3. K.S. Mao, L.A. Giannuzzi, P.D. Freyer, J.K. Tatman, F.C. Gift, F.A. Garner,and J.P. Wharry. Microstructure evolution of laser weld repairs of 304SSat high dose ion irradiation. Proceedings of FONTEVRAUD 9 - Contributionof Materials Investigations and Operating Experience to Light Water NPPs’Safety, Performance and Reliability, Paper 000148 (2018).

4. H. Qu*, K.H. Yano, P.V. Patki, and J.P. Wharry. Method for extractingtrue stress from TEM in situ compression testing. Microscopy & Microanalysis24.S1 (2018) 1826-1827. doi: 10.1017/S1431927618009613

5. E. Getto, B. Tobie*, E. Bautista*, A. Bullens*, D.W. Gandy, and J.P. Wharry.Grain evolution in thermally aged cast and hot isostatic pressed Inconel 625. Mi-croscopy & Microanalysis 24.S1 (2018) 666-667. doi:10.1017/S1431927618003823

6. K.H. Yano and J.P. Wharry. In situ clamped beam fracture in Fe-9Cr ODS.ANS Transactions 118 (2018) 1641-1642.

7. K.A. Smith, A. Savva, C. Deng, J.P. Wharry, S. Hwang, D. Su, Y. Wang,T. Xu, D.P. Butt, and H. Xiong. Effects of irradiation induced defects onTiO2 electrodes for lithium ion batteries. The Electrochemical Society MeetingAbstracts MA207-02.4 (2017) 419.

8. K. Mao, Y.Q. Wu, and J.P. Wharry. EBSD and TEM analysis of the heataffected zone of laser welded AISI 304/308 stainless steel. Microscopy & Mi-croanalysis 23.S1 (2017) 2212. doi: 10.1017/S1431927617011722

9. J.P. Wharry and K.H. Yano. In situ TEM fracture testing for shallow ionirradiated layers. Microscopy & Microanalysis 23.S1 (2017) 738.doi: 10.1017/S1431927617004354

10. D.P. Guillen, J.P. Wharry, and D.W. Gandy. Neutron irradiation of nuclearstructural materials fabricated by powder metallurgy with hot isostatic pressing.ANS Transactions 116 (2017) 392-393.

11. K.H. Yano, P.V. Patki, M.J. Swenson, and J.P. Wharry. Correlation betweenirradiation defects and transition dimension for TEM in situ mechanical testing.ANS Transactions 116 (2017) 389.

12. J.P. Wharry, K.H. Yano, M.J. Swenson, and Y.Q. Wu. In situ TEM me-chanical testing: an emerging approach for characterization of polycrystalline,irradiated alloys. Microscopy & Microanalysis 22.S3 (2016) 1478.doi: 10.1017/S1431927616008230


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13. M.J. Swenson and J.P. Wharry. Collected data set size considerations foratom probe cluster analysis. Microscopy & Microanalysis 22.S3 (2016) 690. doi:10.1017/S143192761600430X

14. K.H. Yano, M.J. Swenson, and J.P. Wharry. In situ TEM microcompressionpillar size effects in Fe-9Cr ODS. ANS Transactions 114 (2016) 1048-1050.

15. M.J. Swenson and J.P. Wharry. Comparison of Ion and Neutron Irradiationsto 3 dpa at 500◦C in Ferritic-Martensitic Alloys. ANS Transactions 114 (2016)1112-1115.

16. J.P. Wharry, M.J. Swenson, C.K. Dolph, and K.H. Yano. Evolution of yieldstrength of Fe-9%Cr ODS under neutron and ion irradiation. ANS Transactions114 (2016) 1255-1257.

17. M.J. Swenson, C. Dolph, J.P. Wharry. Correlation between the microstructureand mechanical properties of irradiated Fe-9Cr ODS. ANS Transactions 110(2014) 421.

18. J.P. Wharry. Radiation-induced segregation and phase stability in ferritic-martensitic alloys. ANS Transactions 103 (2010) 85.

19. S. Choudhury, L. Barnard, D. Morgan, K. Field, T. Allen, J.P. Wharry,Z. Jiao, G. Was, and B. Wirth. Radiation induced segregation in ferritic-martensitic steels. ANS Transactions 102 (2010) 715-716.

20. Z. Jiao, V. Shankar, J. Wharry, and G. Was. Phase stability in proton andheavy ion irradiated ferritic-martensitic alloys. ANS Transactions 102 (2010)824-825.

21. Z. Jiao, J. Penisten (maiden name), G. Was, and R. Martens. Atom probe to-mography of radiation-induced precipitation in ferritic-martensitic alloy HCM12A.Microscopy & Microanalysis 15 (2009) 1374-1375.doi: 10.1017/S1431927609098171

22. J. Penisten (maiden name) and J.M. Sanders. A post-processing method forcontrol rod worth measurements at Oconee Nuclear Station. ANS Transactions96 (2007) 623-624.

23. J. Penisten (maiden name), E.L. McAndrew-Benavides, S.L. Chisholm, andA.W. Strange. Recruitment, development, and retention in the nuclear indus-try: a survey of young professionals. ANS Transactions 96 (2007) 17-18.

24. J. Penisten (maiden name) and R.F. Weiner. Improved resuspension dosemodel for RADTRAN transportation risk-assessment code. ANS Transactions93 (2005) 155-156.

25. M.L. Dennis, J. Penisten (maiden name), and R.F. Weiner. Implementing aMonte Carlo sampling interface for RADTRAN. ANS Transactions 93 (2005)157-158.

26. R.F. Weiner, J. Penisten (maiden name), and K.J. Kearfott. Atmosphericdispersion model for RADTRAN. Proceedings of the 46th Annual Meeting ofthe Institute of Nuclear Materials Management (2005).

27. J. Penisten (maiden name) and R.F. Weiner. An economic model of a ra-dioactive materials transportation accident for the RADTRAN risk assessmentcode. Proceedings of Waste Management Conference (2005).


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TECHNICALREPORTS

1. J. Wharry and W.S. Yang. Steady-State thermal-hydraulic analysis and bow-ing reactivity evaluation methods based on neutron and gamma transport cal-culations. DOE Report 15-7983 (2018). doi: 10.2172/1493700

2. D. Hinojosa, J. Penisten (maiden name), M.L. Dennis, D.M. Osborn, R.F.Weiner, T.J. Heames, and M.K. Marincel. RADCAT 3.0 User Guide. SandiaNational Laboratories, Report SAND2009-5129 (DOE TRN US1006104), May2009. doi: 10.2172/984940

3. R.F. Weiner, D.M. Osborn, D. Hinojosa, T.J. Heames, J. Penisten (maidenname), and D. Orcutt. RADCAT 2.3 User Guide. Sandia National Laborato-ries, Report SAND2006-6315, September 2006.

INVITEDCONFERENCEPRESENTATION

Student advisees are underscored; * undergraduates; † presenting author

1. J.P. Wharry†, A. Sen, C. Yang, T. Olsen, and H. Xiong. Irradiation-induceddefect enabled electrochemical functionality of TiO2. MS&T, Pittsburgh PA,scheduled October 2020.

2. T. Kumagai, Y. Pachaury, J.P. Wharry, and A. El-Azab†. Composition-dependent dislocation dynamics simulations for Iron-based alloys. 10th Inter-national Conference on Multiscale Materials Modeling (MMM), Baltimore MD,scheduled October 2020.

3. J.P. Wharry†, G. Warren, Y. Pachaury, T. Kumagai, and A. El-Azab. Cou-pled TEM in situ tensile testing and dislocation dynamics for understandingdeformation in irradiated FeCrAl. Society of Engineering Science 57th AnnualMeeting, Minneapolis MN, scheduled September 2020.

4. J.P. Wharry†, P.V. Patki, G. Warren, P.H. Warren, H.J. Qu, K.H. Yano, andY.Q. Wu. Advancements in TEM in situ mechanical testing for nuclear alloys.Microscopy & Microanalysis, Milwaukee WI, scheduled August 2020.

5. J.P. Wharry†, K.S. Mao, E. Perez, Y.Q. Wu, A. French, P.D. Freyer, L. Shao,and F.A. Garner. Irradiation effects in weld repairs of irradiated stainless steel.TMS Annual Meeting, San Diego CA, February 2020.

6. K.G. Field†, M.N. Gussev, X. Chen, C.P. Massey, D. Zhang, S.A. Briggs, J.Wharry, and K.A. Terrani. Separate effects to integral effects - all thingsradiation effects in FeCrAl. TMS Annual Meeting, San Diego CA, February2020.

7. J.P. Wharry†, P.V. Patki, A. Sen, M.V. Suraj*, A. Bejawada*, C.D. Clement,M. Bachhav, and Y.Q. Wu. Irradiation evolution of nanoclusters and nano-precipitates. 5th International Conference on Nanostructuring by Ion Beams(ICNIB), Kalpakkam, India, November 2019.

8. J.P. Wharry, H.J. Qu, E.J. Schindelholz†, K. Johnson, and C.R. Bryan.Cold spray-enhanced corrosion resistance of stainless steel arc weldments. Ex-tended Storage Collaboration Program (ESCP) Winter Meeting, Charlotte NC,November 2019.

9. L. He†, T. Yao, V. Chauhan, A. Sen, Z. Hua, M. Bachhav, M. Khafizov, J.Wharry, M. Mann, T. Wiss, J. Gan, D. Hurley. Advanced characterizationof oxide nuclear fuels. American Vacuum Society (AVS) 66th InternationalSymposium, Columbus OH, October 2019.

10. J.P. Wharry†, P.V. Patki, K.H. Yano, G. Warren, and Y.Q. Wu. Nanome-chanics of irradiated nanostructured and immiscible alloys. MS&T, PortlandOR, October 2019.


http://doi.org/10.2172/1493700

http://doi.org/10.2172/984940

11. C. Sun†, K.S. Mao, J.P. Wharry, P.D. Freyer, and F.A. Garner. Understand-ing martensite and martensitic phase transformation under extreme environ-ments. MS&T, Portland OR, October 2019.

12. J.P. Wharry†, K.S. Mao, C. Sun, P.D. Freyer, and F.A. Garner. Role ofirradiation and weld-induced post-irradiation annealing on deformation mech-anisms in 304L stainless steel. 10th Pacific Rim International Conference onAdvanced Materials and Processing (PRICM-10), Xi’an China, August 2019.

13. K.H. Yano† and J.P. Wharry. In situ clamped beam fracture of irradiatedFe-9%Cr ODS. DOE NSUF Users Meeting, Richmond VA, April 2019.

14. K.G. Field†, D. Zhang, S.A. Briggs, C.P. Massey, P. Patki, and J. Wharry.Understanding FeCrAl nuclear materials performance, one NSUF RTE at atime. DOE NSUF Users Meeting, Richmond VA, April 2019.

15. J.P. Wharry†, M.J. Pavel*, Z.T. Kroll*, E. Bautista*, A. Bullens*, D.P.Guillen, L.A. Giannuzzi, E. Getto, D. Pagan, P.D. Freyer, and D.W. Gandy.Recent progress in testing and qualification of PM-HIP alloys for nuclear appli-cations. TMS Annual Meeting, San Antonio TX, March 2019.

16. H. Xiong†, K.A. Smith, A.I. Savva, J.P. Wharry, and Y. Wang. Ion irra-diation effects on structural and electrochemical charge storage properties ofelectroceramic materials for lithium-ion batteries. TMS Annual Meeting, SanAntonio TX, March 2019.

17. K.A. Smith, A.I. Savva, J.P. Wharry, and H. Xiong†. Ion irradiation effectson structural and electrochemical charge storage properties of electroceramicmaterials for lithium-ion batteries. Americas International Meeting on Elec-trochemistry and Solid State Science (AiMES) 2018, Cancun, Mexico, October2018.

18. J.P. Wharry†, K.H. Yano, P.V. Patki, H. Qu*, and Y.Q. Wu. Assessingmechanical properties of irradiated materials by nanomechanical testing. Inter-national Conference on Strength of Materials (ICSMA18), Columbus OH, July2018.

19. J.P. Wharry†, K.H. Yano, P.V. Patki, and Y.Q. Wu. Mechanics of irradiatedalloys studied through in situ TEM testing. TMS Annual Meeting, Phoenix AZ,March 2018.

20. M.J. Swenson† and J.P. Wharry. Temperature shift for emulating solute clus-ter evolution using higher dose rate irradiation. TMS Annual Meeting, PhoenixAZ, March 2018.

21. J.P. Wharry† and M.J. Swenson. Rate theory model for irradiation evolutionof nanoclusters. MRS Fall Meeting, Boston MA, November 2017.

22. J.P. Wharry† and K.H. Yano. In situ TEM fracture testing for shallow ionirradiated layers. Microscopy & Microanalysis, St. Louis MO, August 2017.

23. J.P. Wharry†, K. Smith, H. Xiong, and D.P. Butt. Charged particle irradia-tion induced defect evolution in titania. TMS Annual Meeting, San Diego CA,March 2017.

24. J.P. Wharry†, K.H. Yano, M.J. Swenson, and Y.Q. Wu. In situ TEM me-chanical testing approaches for ion irradiated alloys. International Conferenceon Plasticity, Puerto Vallarta, Mexico, January 2017.

25. J.P. Wharry†. Current and future NSUF capabilities at Purdue University.ANS Winter Meeting, Las Vegas NV, November 2016.


26. J.P. Wharry†, K.H. Yano, M.J. Swenson, and Y.Q. Wu. In situ TEM me-chanical testing: an emerging approach for characterization of polycrystalline,irradiated specimens. Microscopy & Microanalysis, Columbus OH, July 2016.

27. J.P. Wharry†, M.J. Swenson, K.H. Yano, and C.K. Dolph. NSUF beamline experiment on advanced ferritic/martensitic (F/M) and oxide dispersionstrengthened (ODS) alloys. DOE NSUF Users Meeting, Idaho Falls ID, June2016.

28. J.P. Wharry†, M.J. Swenson, C.K. Dolph, and K.H. Yano. Evolution of yieldstrength of Fe-9%Cr ODS under neutron and ion irradiation. ANS AnnualMeeting, New Orleans LA, June 2016.

29. J.P. Wharry†, M.J. Swenson, and C.K. Dolph. Influence of irradiation par-ticle and dose rate on strengthening mechanisms of model ODS alloy. Interna-tional Conference on Plasticity, Kailua-Kona HI, January 2016.

30. M.J. Swenson† and J.P. Wharry. Irradiation effects on the mechanical prop-erties of an Fe-9%Cr oxide dispersion strengthened alloy. P3 Meeting, Centerfor Advanced Energy Studies, Idaho Falls ID, December 2015.

31. J.P. Wharry†, M.J. Swenson, and C.K. Dolph. Hardening mechanisms inneutron- and ion-irrdiated Fe-9Cr ODS alloy. DOE NSUF Users Meeting, IdahoFalls ID, June 2015.

32. J.P. Wharry†, M.J. Swenson, and C.K. Dolph. Modeling irradiation hardeningin oxide dispersion strengthened steels. Center for Advanced Energy Studies(CAES) Materials, Modeling, Simulation, and Visualization Workshop, McCallID, May 2015.

33. J.P. Wharry†, M.J. Swenson, and C.K. Dolph. Comparison of proton andneutron irradiation effects in ODS and F/M alloys. 57th Idaho Academy ofScience and Engineering (IASE) Annual Meeting, Boise ID, March 2015.

34. J.P. Wharry†, M.J. Swenson, and C.K. Dolph. Microstructure-mechanicalproperty relationship in self-ion irradiated ODS and F/M alloys. EuropeanMaterials Research Society, Warsaw, Poland, September 2014.

35. J.P. Wharry†, M.J. Swenson, and C.K. Dolph. On the relationship betweensink strength and irradiation hardening in an ODS steel. XXIII InternationalMaterials Research Congress (IMRC 2014), Cancun, Mexico, August 2014.

36. M.J. Swenson†, C.K. Dolph, and J.P. Wharry. Correlation between the mi-crostructure and mechanical properties of irradiated Fe-9Cr ODS. P3 Meeting,Center for Advanced Energy Studies, Idaho Falls ID, April 2014.

37. J.P. Wharry†, C. Dolph, P. Hosemann, J. Nielsen, and P. Davis. Irradiation-induced microstructure and mechanical property evolution in an Fe-9Cr ODSalloy. 8th International Conference on Processing & Manufacturing of Ad-vanced Materials (THERMEC), Las Vegas NV, December 2013.

38. Z. Jiao, J. Wharry, G. Yu, and G.S. Was†. High dose microstructures inferritic-martensitic alloys. 15th International Conference on Fusion ReactorMaterials (ICFRM-15), Charleston SC, October 2011.

39. J.P. Wharry† and G.S. Was. Radiation-induced segregation and phase stabilityin ferritic-martensitic alloys. Special session for the Innovations in Fuel CycleResearch Awards Program, ANS Winter Meeting, Las Vegas NV, November2010.

40. G.S. Was†, J.P. Wharry, and B. Wirth. Radiation-induced segregation inaustenitic and ferritic-martensitic steels. 12th International Conference on


Modern Materials and Technologies (CIMTEC), 5th Forum on New Materi-als, Montecatini Terme, Italy, July 2010.

41. Z. Jiao†, J.P. Wharry, V. Shankar, G.S. Was, and J.T. Busby. Radiation-induced segregation and phase stability in ferritic-martensitic alloys. 14th Inter-national Conference on Fusion Reactor Materials (ICFRM-14), Sapporo, Japan,October 2009.

INVITEDSEMINARS &LECTURES

1. DOE NSUF, Users Organization Meeting, San Diego CA Feb 2020

2. Stony Brook U, MSE Colloquium, Stony Brook NY Jan 2020

3. DOE NE Adv Methods for Manufacturing, Technical Review Mtg Dec 2019

4. U of Tennessee, NE Colloquium, Knoxville TN Dec 2019

5. Xi’an Jiaotong U, School of Energy & Power Engr, Xi’an, China Aug 2019

6. U of Illinois, NPRE Seminar, Urbana IL Feb 2019

7. U of Michigan, NERS Colloquium, Ann Arbor MI Dec 2018

8. DOE NSUF, Scientific Review Board Meeting, Idaho Falls ID Aug 2018

9. U of Wisconsin, NE Colloquium, Madison WI Apr 2018

10. MIT, Nuclear Science & Engr Seminar, Cambridge MA Feb 2018

11. Purdue, NE Seminar, West Lafayette IN Oct 2017

12. Purdue, MSE seminar, West Lafayette IN Sept 2017

13. Oak Ridge National Lab, Oak Ridge TN Sept 2017

14. North Carolina State U, NE Seminar, Raleigh NC Sept 2017

15. Instituto de Investigacion en Metalurgia y Materiales, Universidad Michoacanade San Nicolas de Hidalgo, Institute’s 45th anniversary & University’s 100thanniversary celebration, Morelia, Mexico Jun 2017

16. Purdue, Cntr for Particulate Products & Proc, West Lafayette IN Apr 2017

17. Kansas State U, Mech & Nucl Engr Seminar, Manhattan KS Mar 2017

18. DOE NSUF Annual Rev Mtg (by M.J. Swenson), Washington DC Nov 2016

19. 13th Intl School on Degradation & Aging of Materials of Nuclear Power UnitsDuring Operation, Moscow Engr Physics Inst, Moscow, Russia Oct 2016

20. NSUF Scientific Review Board Mtg, Idaho Falls ID Aug 2016

21. Texas A&M, NE Seminar, College Station TX Feb 2016

22. U of Cincinnati, Mech & Matls Engr Seminar, Cincinnati OH Feb 2016

23. North Carolina State U, NE Seminar, Raleigh NC Jan 2016

24. Purdue University, NE Seminar, West Lafayette IN Dec 2015

25. Oregon State U, MIME Seminar, Corvallis OR Oct 2015

26. NSUF Industry Advisory Committee, Charlotte NC Jul 2015

27. U of California - Irvine, Mech & Aero Engr Seminar, Irvine CA Oct 2014

28. Boise State U, MSE Special Seminar on Energy Materials, Boise ID Sept 2014

29. SCK-CEN, Mol, Belgium Jun 2014

30. CEA, Saclay, France Jun 2014

31. U of Florida, NE Program Seminar, Gainesville FL Nov 2013

32. Boise State U, MSE Seminar, Boise ID Sept 2012

33. Los Alamos National Lab, Los Alamos NM Aug 2012

34. Oak Ridge National Lab, User Facility Review Mtg, Oak Ridge TN Apr 2009


CONTRIBUTEDPRESENTATION

Student advisees are underscored; * undergraduates; † presenting author

1. J.P. Wharry†, C.D. Clement, D.P. Guillen, Y.Q. Wu, and D.W. Gandy. Roleof processing method on irradiation response of nuclear structural alloys. In-ternational Conference on Processing & Manufacturing of Advanced Materials(THERMEC) 2020, Vienna, Austria, rescheduled to June 2021.

2. T. Kumagai†, Y. Pachaury, J.P. Wharry, and A. El-Azab. Composition-dependent dislocation dynamics simulation of mesoscale plasticity of Fe-Cr-Alalloy. 14th World Congress on Computational Mechanics (WCCM XIV) and8th European Congress on Computational Methods in Applied Sciences andEngineering (ECCOMAS) 2020, Paris, France, scheduled July 2020.

3. J. Ashcroft, V. Jaramillo, J.L. Blatti, M. Gonzalez, P.D. Zavattieri, J.P. Wharry,D.N.P. Cave, E. Bautista*, I. Bojanini, M.T. Hacopian. Early career and re-mote undergraduate research experiences as catalysts for more impactful commu-nity college STEM opportunities. American Society for Engineering Education(ASEE) 127th Annual Conference, Montreal QC, Canada, scheduled June 2020.

4. A. Sen†, M. Bachhav, and J.P. Wharry. APT-based stoichiometry measure-ments of single crystal ThO2. TMS Annual Meeting, San Diego CA, February2020.

5. C.D. Clement†, X. Liu, D.W. Gandy, and J.P. Wharry. Ion irradiation ef-fects on the microstructure of PM-HIP Inconel 625 [POSTER]. TMS AnnualMeeting, San Diego CA, February 2020.

6. S. Mazumder†, R. Maccione*, Y. Pachaury, J.P. Wharry, and A. El-Azab.Generalized dislocation mobility law for BCC FeCrAl alloys [POSTER]. TMSAnnual Meeting, San Diego CA, February 2020.

7. Y. Pachaury†, S. Mazumder, G. Warren, G. Po, J.P. Wharry, and A. El-Azab.Data-driven Discrete Dislocation Dynamics modeling of yielding behavior ofirradiated FeCrAl steel. TMS Annual Meeting, San Diego CA, February 2020.

8. P.V. Patki†, Y.Q. Wu, and J.P. Wharry. Deformation-based recovery ofirradiation-induced Ostwald ripening in nanocrystalline CuTa alloy. Materi-als in Nuclear Energy Systems (MiNES) 2019, Baltimore MD, October 2019.

9. Y. Pachaury†, C.N. Enebechi, G. Warren, J.P. Wharry, and A. El-Azab.Material informatics approach for composition reconstruction in irradiated Fe-Cr-Al alloys. MiNES 2019, Baltimore MD, October 2019.

10. Y. Pachaury†, S. Mazumder, C.N. Enebechi, G. Warren, G. Po, J.P. Wharry,and A. El-Azab. A mesoscopic investigation of the mechanical response of ironwith irradiated microstructure. MiNES 2019, Baltimore MD, October 2019.

11. G. Warren†, Y. Pachaury, C.N. Enebechi, J. Burns, M. Dubey, Y.Q. Wu, A.El-Azab, and J.P. Wharry. Mechanical properties & dislocation dynamics inirradiated FeCrAl using in situ TEM tensile tests. MiNES 2019, Baltimore MD,October 2019.

12. K.S. Mao†, A. French, E. Perez, Y.Q. Wu, P.D. Freyer, F.A. Garner, L. Shao,and J.P. Wharry. Characterization of high dose ion irradiated laser weldrepairs on neutron irradiated austenitic steels. MiNES 2019 Conference, Balti-more MD, October 2019.

13. J.P. Wharry†, G. Warren, D.P. Guillen, L.A. Giannuzzi, E. Getto, D.C. Pa-gan, Y.Q. Wu, P.D. Freyer, and D.W. Gandy. Recent progress in testing andqualification of PM-HIP nuclear structural alloys. MiNES 2019, Baltimore MD,October 2019.


14. A. Sen†, M. Bachhav, and J.P. Wharry. Atom probe tomography of singlecrystal ThO2 and the associated challenges of analyzing oxide materials withthis technique [POSTER]. MiNES 2019, Baltimore MD, October 2019.

15. P.H. Warren†, G. Warren, C.N. Enebechi, J. Burns, M. Dubey, and J.P.Wharry. A new method for TEM in situ tensile testing of ion irradiatedalloys. MiNES 2019, Baltimore MD, October 2019.

16. H.J. Qu†, K.H. Yano, P.V. Patki, and J.P. Wharry. Method for extracting truestrain & stress from TEM in situ compression testing. MiNES 2019 Conference,Baltimore MD, October 2019.

17. J.P. Wharry†. Irradiation tailoring of deformation-induced phase transfor-mations [POSTER]. DOE-BES Mechanical Behavior & Radiation Effects PIs’Meeting, Washington DC, August 2019.

18. D. Hurley, J. Gan, A. El-Azab, K. Gofryk, M. Manley, C. Marianetti, M. Mann,M. Khafisov, Y. Zhang, L. He, M. Neupane, J. Wharry†, J. Harp, Z. Hua, M.Bachhav. Center for Thermal Energy Transport under Irradiation [POSTER].DOE-BES Mechanical Behavior & Radiation Effects PIs’ Meeting, WashingtonDC, August 2019.

19. A. Sen†, V. Chauhan, M. Singh, M. Khafisov, M. Bachhav, and J.P. Wharry.Atom probe tomography of high bandgap ThO2 [POSTER]. DOE-BES EnergyFrontier Research Centers PIs’ Meeting, Washington DC, August 2019.

20. M. Singh†, A. El-Azab, J. Wharry, A. Sen, M. Khafizov, L. He, J. Gan, T.Yao, Z. Hua, and D. Hurley. Equilibrium and non-equilibrium defect disorderin U-doped ThO2 and implications for lattice thermal conductivity. DOE-BESEnergy Frontier Research Centers PIs’ Meeting, Washington DC, August 2019.

21. P.V. Patki†, Y.Q. Wu, and J.P. Wharry. Qualitative analysis and modeling ofmechanical deformation in proton irradiated nanocrystalline Copper Tantalumalloy [POSTER]. TMS Annual Meeting, San Antonio TX, March 2019.

22. K.S. Mao†, C. Sun, P.D. Freyer, F.A. Garner, and J.P. Wharry. Irradiationassisted strain-induced phase transformation in neutron irradiated austenitic304L stainless steel laser weldment. TMS Annual Meeting, San Antonio TX,March 2019.

23. K.H. Yano† and J.P. Wharry. In situ TEM clamped beam fracture of irradiatedFe-9%Cr ODS. TMS Annual Meeting, San Antonio TX, March 2019.

24. K. Mao†, L.A. Giannuzzi, P.D. Freyer, C. Sun, F.A. Garner, and J.P. Wharry.Microstructural and micromechanical characterization of laser weld repairs onneutron irradiated 304 stainless steel. NuMat 2018, Seattle WA, October 2018.

25. K.A. Smith, A.I. Savva, Y. Wu, D.A. Tenne, D.P. Butt, H. Xiong, and J.P.Wharry†. Formation of multi-layered microstructures in ion irradiated TiO2

[POSTER]. NuMat 2018, Seattle WA, October 2018.

26. Y. Bazarbayev, K. Mao, R. Chiang, V.K. Vasudevan, and J.P. Wharry†. Ef-fect of residual stress mitigation surface treatment techniques on the irradiationtolerance of Ni-base alloys. FONTEVRAUD 9, Avignon, France, September2018.

27. K. Mao, L.A. Giannuzzi, P.D. Freyer, J.K. Tatman, F.C. Gift, F.A. Garner,and J.P. Wharry†. Microstructure evolution of laser weld repairs of 304SSat high dose ion irradiation [POSTER]. FONTEVRAUD 9, Avignon, France,September 2018.


28. E. Getto†, B. Tobie, E. Bautista*, A. Bullens*, D.W. Gandy, and J.P. Wharry.Grain evolution in thermally aged cast and hot isostatic pressed Inconel 625[POSTER]. Microscopy & Microanalysis, Baltimore MD, August 2018.

29. H. Qu†*, K.H. Yano, P.V. Patki, and J.P. Wharry. Method for extractingtrue stress from TEM in situ compression testing. Microscopy & Microanalysis,Baltimore MD, August 2018.

30. K.H. Yano† and J.P. Wharry. In situ clamped beam fracture in Fe-9Cr ODS.ANS Annual Meeting, Philadelphia PA, June 2018.

31. K.A. Smith†, A. Savva, J.P. Wharry, and H. Xiong. Effects on structuraland electrochemical charge storage properties of TiO2. MRS Spring Meeting,Phoenix AZ, April 2018.

32. P.V. Patki†, Y.Q. Wu, and B. TEM in situ mechanical testing of proton irra-diated nanocrystalline copper tantalum alloy. TMS Annual Meeting, PhoenixAZ, March 2018.

33. K.H. Yano† and J.P. Wharry. Linking RIS and grain decohesion using in situTEM 4-point beams. TMS Annual Meeting, Phoenix AZ, March 2018.

34. K. Mao†, P. Freyer, F.A. Garner, and J.P. Wharry. Microstructural andmechanical integrity of laser weldment of neutron irradiated AISI 304 SS. TMSAnnual Meeting, Phoenix AZ, March 2018.

35. J. Watkins, B. Jaques, A. Bateman†, Y.Q. Wu, I. Charit, J.P. Wharry, K.H.Yano, W. Jiang, and C. Jiang. Irradiation effects on Fe-9%Cr grain boundarystrength measured via in situ TEM testing. TMS Annual Meeting, Phoenix AZ,March 2018.

36. K.A. Smith†, J.P. Wharry, and H. Xiong. Understanding electrochemical andstructural behaviors of irradiation induced defects in TiO2. 2018 Conference onElectronic and Advanced Materials, Orlando FL, January 2018.

37. J.P. Wharry†, T.A. Faltens, J. Ashcroft, and M. Gonzalez. Summer researchexperiences in materials & computational nanotechnology for community collegestudents. MRS Fall Meeting, Boston MA, November 2017.

38. E. Bautista†*, A.L. Bullens*, and J.P. Wharry. Understanding the role offabrication method on metal alloys used in nuclear power plants. SouthernCalifornia Conferences for Undergraduate Research, Pomona CA, November2017.

39. K.A. Smith†, A. Savva, C. Deng, J.P. Wharry, S. Hwang, D. Su, Y. Wang,T. Xu, D.P. Butt, and H. Xiong. Effects of irradiation induced defects on TiO2

electrodes for lithium ion batteries. 232nd Electrochemical Society Meeting,National Harbor MD, October 2017.

40. K. Mao†, Y.Q. Wu, and J.P. Wharry. EBSD and TEM analysis of the heataffected zone of laser welded AISI 304/308 stainless steel. Microscopy & Mi-croanalysis, St. Louis MO, August 2017.

41. D. Ishimwe†*, M. Swenson, J.P. Wharry. Irradiation-induced nanocluster evo-lution [POSTER]. Purdue University Network for Computational Nanotechnol-ogy (NCN) Summer Undergraduate Research Fellowship (SURF) Symposium,West Lafayette IN, August 2017.

42. E. Bautista†*, A. Bullens*, J.P. Wharry. Understanding the role of fabrica-tion method on metal alloys used in nuclear power plants [POSTER]. PurdueUniversity NCN SURF Symposium, August West Lafayette IN, 2017.


43. A. Bullens†*, E. Bautista*, K. Mao, J.P. Wharry. Comparison of PM-HIP tocast Alloy 625 for nuclear applications [POSTER]. Purdue University SummerUndergraduate Research Fellowship (SURF) Symposium, West Lafayette IN,August 2017.

44. D.P. Guillen, J.P. Wharry†, and D.W. Gandy. Ongoing irradiations of nuclearstructural materials fabricated by powder metallurgy with hot isostatic pressing.ANS Annual Meeting, San Francisco CA, June 2017.

45. K.H. Yano, P.V. Patki, M.J. Swenson, and J.P. Wharry†. Correlation betweenirradiation defects and transition dimension for TEM in situ mechanical testing.ANS Annual Meeting, San Francisco CA, June 2017.

46. H. Xiong†, K. Smith, A. Savva, J.P. Wharry, and D.P. Butt. Understandingirradiation effect on the structure and electrochemical charge storage proper-ties of TiO2 anode for lithium-ion batteries. 12th Pacific Rim Conference onCeramic and Glass Technology (PACRIM 12), Waikoloa HI, May 2017.

47. K.H. Yano†, X.M. Bai, and J.P. Wharry. In situ TEM cantilever testingof irradiated ODS to determine grain boundary embrittlement and cohesion[POSTER]. TMS Annual Meeting, San Diego CA, March 2017.

48. M.J. Swenson† and J.P. Wharry. A predictive model for irradiation-inducednanocluster evolution in b.c.c. Fe-based alloys. TMS Annual Meeting, SanDiego CA, March 2017.

49. K. Smith†, D.P. Butt, J.P. Wharry, and C. Xiong. Structural and electro-chemical response to irradiation induced defects in TiO2 anodes for lithium-ionbatteries. Electronic Materials and Applications 2017, ACerS, Orlando FL,January 2017.

50. K. Smith†, D.P. Butt, J.P. Wharry, and C. Xiong. Irradiation induced defectsin titanium dioxide for energy storage applications. MS&T 2016, Salt Lake CityUT, October 2016.

51. K.H. Yano† and J.P. Wharry. TEM in situ cantilever testing to assess graincohesion in irradiated ODS. MS&T 2016, Salt Lake City UT, October 2016.

52. M.J. Swenson† and J.P. Wharry. Cluster evolution in F/M alloys upon neu-tron, proton, and self-ion irradiation. MS&T 2016, Salt Lake City UT, October2016.

53. K.H. Yano, M.J. Swenson, and J.P. Wharry†. TEM in situ micropillar com-pression testing of self-ion irradiated ODS alloys. European Materials ResearchSociety, Warsaw, Poland, September 2016.

54. M.J. Swenson† and J.P. Wharry. Collected data set size considerations foratom probe cluster analysis [POSTER]. Microscopy & Microanalysis, ColumbusOH, August 2016.

55. D.R. Batkiewicz†*, E. Oaas, S. Laney, and J.P. Wharry. Improving spatialresolution of induced positron annihilation spectroscopy for defect character-ization in irradiated layers [POSTER]. Idaho Conference on UndergraduateResearch, Boise ID, August 2016.

56. K.H. Yano†, M.J. Swenson, and J.P. Wharry. In situ TEM microcompres-sion pillar size effects in Fe-9Cr ODS [POSTER]. ANS Annual Meeting, NewOrleans LA, June 2016. Received Best Student Poster Award.

57. M.J. Swenson† and J.P. Wharry. Comparison of ion and neutron irradia-tions to 3 dpa at 500◦C in ferritic/martensitic alloys [POSTER]. ANS AnnualMeeting, New Orleans LA, June 2016.


58. M. Lepule† and J.P. Wharry. Effects of irradiation on the interfacial reac-tion of RF magnetron sputtered SiC and ODS steels [POSTER]. TMS AnnualMeeting, Nashville TN, March 2016.

59. M.J. Swenson† and J.P. Wharry. Comparison of neutron, proton, and self-ionirradiation of Fe-9%Cr ODS at 3 dpa, 500◦C. TMS Annual Meeting, NashvilleTN, March 2016.

60. K. Smith†, H. Xiong, J.P. Wharry, and D.P. Butt. Defect driven titaniaanode for secondary sodium and lithium batteries. Electronic Materials andApplications 2016, ACerS, Orlando FL, January 2016.

61. C.K. Dolph†, D.J. Da Silva*, and J.P. Wharry. Effective strain hardeningcoefficient for irradiated 9wt% Cr ODS alloy by nano-indentation and TEM.MRS Fall Meeting, Boston MA, December 2015. *undergraduate author

62. M.J. Swenson† and J.P. Wharry. The strengthening mechanism transitionin nanofeatured ferritic-martensitic alloys [POSTER]. TMS Annual Meeting,Orlando FL, March 2015. Received Best Student Poster Award.

63. J.P. Wharry†, A.M. Monterrosa, and G.S. Was. Radiation-induced segregationat high doses in self-ion irradiated F/M alloys. TMS Annual Meeting, OrlandoFL, March 2015.

64. M.J. Swenson†, C.K. Dolph, and J.P. Wharry. Correlation between the mi-crostructure and mechanical properties of irradiated Fe-9Cr ODS. ANS AnnualMeeting, Reno NV, June 2014.

65. J.P. Wharry†, A.M. Monterrosa, and G.S. Was. Dose rate functionality ofradiation-induced segregation in F/M alloys: protons and self-ions [POSTER].Workshop on Ion Beam Simulation of High Dose Neutron Irradiation, AnnArbor MI, April 2014.

66. G.S. Was†, Z. Jiao, E. Beckett, A. Monterrosa, J. Wharry, S. Maloy, O.Anderoglu, and M. Hackett. Emulation of high dose reactor irradiations ofF-M alloys using self-ions. TMS Annual Meeting, San Diego CA, March 2014.

67. G.S. Was†, Z. Jiao, E. Beckett, A. Monterrosa, J. Wharry, S. Maloy, M.Hackett. Self-ion irradiation simulation of high dose reactor irradiations ofF-M alloys: recent results. 16th International Conference on Fusion ReactorMaterials (ICFRM-16), Beijing, China, October 2013.

68. J.P. Wharry, A.M. Monterrosa, and G.S. Was†. Radiation-induced segregationin ferritic-martensitic alloys at high doses and high dose rates [POSTER]. 16thInternational Conference on Fusion Reactor Materials (ICFRM-16), Beijing,China, October 2013.

69. J.P. Wharry† and G.S. Was. The mechanism of radiation-induced segregationin ferritic-martensitic alloys. TMS Annual Meeting, San Antonio TX, February2013.

70. G.S. Was†, Z. Jiao, E. Beckett, K. Sun, and J. Wharry. Microstructures of F-M alloys at very high doses. TMS Annual Meeting, San Antonio TX, February2013.

71. J. Michalicka†, Z. Jiao, J.P. Wharry, and G.S. Was. High dose heavy ionirradiation of austenitic stainless steels simulating a neutron irradiation. TMSAnnual Meeting, San Antonio TX, February 2013.

72. J.P. Wharry†, Z. Jiao, and G.S. Was. Application of Inverse Kirkendall modelof radiation-induced segregation to ferritic-martensitic alloys. TMS AnnualMeeting, San Diego CA, February 2011.


73. B. Frisbie†, B.D. Wirth, J.P. Wharry, and G.S. Was. Kinetic Lattice MonteCarlo simulations of radiation induced segregation of chromium in ferritic-martensitic steels. TMS Annual Meeting, San Diego CA, February 2011.

74. Z. Jiao†, J.P. Wharry, G.S. Was, C. Ling, and A. Van der Ven. Ni-Si phasesin irradiated austenitic steels. MRS Fall Meeting, Boston MA, November 2010.

75. Z. Jiao†, J. Michalicka, J.P. Wharry, and G.S. Was. Irradiated microstructureof austenitic and ferritic-martensitic steels at high fluences. MS&T, HoustonTX, October 2010.

76. S. Choudhury†, L. Bernard, D. Morgan, K. Field, T. Allen, J. Wharry, Z. Jiao,G. Was, and B. Wirth. Radiation-induced segregation in ferritic/martensiticsteels. ANS Annual Meeting, San Diego CA, June 2010.

77. Z. Jiao†, V. Shankar, J.P. Wharry, and G.S. Was. Phase stability in protonand heavy ion irradiated ferritic-martensitic alloys [POSTER]. ANS AnnualMeeting, San Diego CA, June 2010.

78. Z. Jiao†, V. Shankar, J.P. Wharry, and G.S. Was. Irradiation microstructureand hardening in ferritic-martensitic alloys [POSTER]. ANS Annual Meeting,San Diego CA, June 2010.

79. J.P. Wharry† and G.S. Was. Radiation-induced segregation and phase stabilityin candidate alloys for the Advanced Burner Reactor. ANS Student Conference,Ann Arbor MI, March 2010.

80. Z. Jiao†, J.P. Wharry, G.S. Was, and R.L. Martens. Atom probe tomog-raphy of radiation-induced precipitation in ferritic-martensitic alloy HCM12A.Microscopy & Microanalysis, Richmond VA, August 2009.

81. J. Penisten (maiden name), Z. Jiao, and G.S. Was†. Radiation-induced seg-regation in ferritic-martensitic alloys HT9, T91, and HCM12A. TMS AnnualMeeting, San Francisco CA, February 2009.

82. J. Penisten† (maiden name) and J.M. Sanders. A post-processing methodfor control rod worth measurements at Oconee Nuclear Station. ANS AnnualMeeting, Boston MA, November 2007.

83. J. Penisten† (maiden name) and R.F. Weiner. Improved resuspension dosemodel for RADTRAN transportation risk-assessment code. ANS Winter Meet-ing, Washington DC, November 2005.

84. M.L. Dennis†, J. Penisten (maiden name), and R.F. Weiner. Implementing aMonte Carlo sampling interface for RADTRAN. ANS Winter Meeting, Wash-ington DC, November 2005.

85. R.F. Weiner†, J. Penisten (maiden name), and K.J. Kearfott. Atmosphericdispersion model for RADTRAN. Institute for Nuclear Materials Management46th Annual Meeting, Phoenix AZ, April 2005.

86. J. Penisten† (maiden name), R.F. Weiner, and S. Hamp. An economic modelof a radioactive materials transportation accident for the RADTRAN risk as-sessment code. Waste Management Meeting, Tucson AZ, March 2005.

87. J. Penisten† (maiden name) and S.A. Anderson. A normalized pin powerdistribution for Westinghouse PWR cores. ANS Student Conference, MadisonWI, 2004.


STUDENT &POST-DOCADVISING

Graduate Students

1. Clement, Caleb, Ph.D. Nuclear Engineering exp. 2023

2. Patki, Priyam V., Ph.D. Materials Engineering exp. 2020Awards: Estes H. & Vashti L. Magoon Award for Teaching Excellence (2018)Dissertation working title: Effects of irradiation on microstructure and defor-mation mechanisms of nanocrystalline Cu-Ta alloys

3. Qu, Haozheng, Ph.D. Industrial Engineering exp. 2023

4. Singh, Maniesha K.S., Ph.D. Nuclear Engineering exp. 2022Co-advisor: Anter El-Azab

5. Sen, Amrita, Ph.D. Materials Engineering exp. 2022

6. Warren, George, Ph.D. Nuclear Engineering exp. 2024

7. Warren, Patrick H., Ph.D. Nuclear Engineering exp. 2023

Post-Doctoral Researchers

1. Yang, Chao 2020 - presentPrior: Ph.D., Materials Science & Engr, Dartmouth U (2019)

2. Zhao, Yangyang 2019 - presentPrior: Ph.D., Materials Science & Engr, U of Tennessee (2019)

Doctoral Alumni

1. Mao, Keyou S., Ph.D. Materials Engineering, Purdue 2019Placement: Post-Doctoral Fellow, Oak Ridge Natl Lab, Oak Ridge TNAwards: TMS Best Paper Contest - Graduate Division, 2nd place (2020), Pur-due Engineering Outstanding Service Award (2017)Dissertation: Influence of irradiation and laser welding on deformation mech-anisms in 304 austenitic stainless steels

2. Yano, Kayla H., Ph.D. Materials Engineering, Purdue 2019Placement: Post-Doctoral Fellow, Pacific Northwest Natl Lab, Richland WAAwards: ANS NFSM Best Student Poster (2016)Dissertation: In situ TEM mechanical testing of irradiated oxide dispersionstrengthened alloys

3. Swenson, Matthew J., Ph.D. Materials Science & Engr, Boise State 2017Placement: Assistant Professor, University of Idaho, Moscow IDAwards: DOE Innovations in Fuel Cycle Research Award (2014)Dissertation: The mechanism of radiation-induced nanocluster evolution in ox-ide dispersion strengthened and ferritic-martensitic alloys

Masters Alumni

1. Bazarbayev, Yerik, M.S. Nuclear Engineering, Purdue 2018Placement: Ph.D. candidate, Kazakhstan National UniversityAwards: Kazakhstan Bolashak Fellowship (2016 - 18)Thesis: Effect of surface treatments on radiation tolerance of ATI 718Plus alloy

2. Patki, Priyam V., M.S. Nuclear Engineering, Purdue 2018Placement: Ph.D. candidate, Purdue University, West Lafayette INThesis: Microstructure evolution and TEM in situ mechanical testing of protonirradiated nanocrystalline copper tantalum alloy


3. Yano, Kayla H., M.S. Materials Science & Engr, Boise State 2017Placement: Ph.D. candidate, Purdue University, West Lafayette INThesis: In situ TEM micropillar compression testing in irradiated oxide disper-sion strengthened alloy

4. Lepule, Masego L., M.Engr. Materials Science & Engr, Boise State 2016Awards: Fulbright Fellowship (2014 - 16)

5. Dolph, Corey K., M.S. Materials Science & Engr, Boise State 2015Placement: Wet Process Engineer, Micron, Boise IDThesis: Determination of plastic deformation and effective strain hardeningcoefficient for irradiated 9wt% Cr ODS alloy by nano-indentation and TEM

Thesis Committees

1. Owen, Dulus J., Ph.D. Materials Engineering, Purdue exp. 2024

2. Pachaury, Yash, Ph.D. Materials Engineering, Purdue exp. 2022

3. Annadanam, Rayaprolu G., Ph.D. Materials Engineering, Purdue exp. 2022

4. Williams, Walter J., Ph.D. Materials Engineering, Purdue exp. 2021

5. Vivekanandan, Vignesh, Ph.D. Materials Engineering, Purdue exp. 2021

6. Bae, Junghyun, Ph.D. Nuclear Engineering, Purdue exp. 2020

7. Yuan, Weirong, Ph.D. Nuclear Engineering, Purdue exp. 2020

8. Smith, Kassiopeia, Ph.D. Materials Science & Engr, Boise State 2018

9. Alanko, Gordon, Ph.D. Materials Science & Engr, Boise State 2014

Undergraduate & Other Students

1. Need, Mark (Purdue) 2019

2. Bejawada, Akshara (IIT Madras) 2019

3. Venkateshwaran, Suraj Mullurkara (IIT Madras, placement - U PittsburghPh.D. student) 2019

4. Pownell, Timothy (Ivy Tech, now at Purdue) 2018 - present

5. Conner, Landon (Purdue) 2019

6. Meyer, Alexandra (Purdue) 2019

7. Enebechi, Chidubem Nuela (Purdue) 2018 - 19

8. Vinyard, Matthew (Purdue, placement - Dominion) 2018 - 19

9. Kroll, Zachary T. (Purdue) 2018 - 19

10. Marquardt, Jeremy Seiji (Purdue Honors Contract) 2018

11. Pavel, Michael (U of Alabama, placement - Pratt & Whitney) 2018

12. Vas, Nathaniel (Purdue) 2017 - 19

13. Bullens, Alexander (Purdue, placement - Dominion) 2017 - 18

14. Cain, Nathan (Purdue, placement - Rolls Royce) 2017 - 18

15. Catey, Christopher (Purdue) 2017 - 18

16. Jaye, Elizabeth (Purdue) 2017 - 18

17. Qu, Haozheng (Purdue, placement - Purdue Ph.D. student) 2017 - 18

18. Bautista, Esteban (Pasadena City Coll, matriculated to Cal State Northridge,now UC Irvine Ph.D. student) 2017

19. Chun, Sophia (Kamehameha Schools, now at U of Hawaii) 2017

20. Ishimwe, Didier (William Penn U, now U Nebraska Ph.D. student) 2017

21. Lopez, Hernan (Cal Poly, placement - Boeing) 2017


22. Stahl, Kevin (Purdue, placement - Purdue M.S. student) 2017

23. DelaCruz, Daniel (sr. design) 2016 - 17

24. Hasselmeyer-Garcia, Alejandro (sr. design) 2016 - 17

25. O’Connor, Andrew (sr. design, placement - U Florida Ph.D. student) 2016 - 17

26. Richardson-Solarzano, Austin (sr. design) 2016 - 17

27. Smith, Brian (sr. design, placement - Northeastern M.S. student) 2016 - 17

28. Termini, Nick (sr. design, placement - Purdue Ph.D. student) 2016 - 17

29. Batkiewicz, Devin (St. John’s University) 2016

30. Gutierrez, Omar (Boise State) 2015 - 16

31. Ostrem, Kyle (Boise State, placement - Scentsy) 2015 - 16

32. Statkus, Tom (Boise State, placement - Micron) 2015 - 16

33. Warren, Patrick H. (Boise State, placement - Micron) 2015 - 16

34. Da Silva, Douglas Junior (Brazil Scientific Mobility Prog., Boise State) 2015

35. Mayer, Kenneth (Boise State, placement - Lisi Aerospace) 2014 - 16

36. Byerly, Tegan (NSF RET Program, Teacher at Vallivue High, ID) 2014 - 15

37. Kalpakjian, Brett (Timberline High, now at Georgia Tech) 2014 - 15

38. McDonald, Joshua (Boise State) 2014 - 15

39. Mitchell, Gary (sr. design, placement - Micron) 2014 - 15

40. Patten, Lance (sr. design, placement - Boise State Ph.D. student) 2014 - 15

41. Snowball, Lejmarc (sr. design) 2014 - 15

42. Aguilar, Anaysa (Boise State LSAMP Program) 2014

43. Buss, Tasha (Boise State, placement - Micron) 2013 - 14

44. Runyan, Cassidy (Boise State Student Research Fellowship) 2013 - 14

COURSEOFFERINGS

Introduction to Nuclear Materials (NUCL 320) PurdueNuclear Materials Laboratory (NUCL 325) PurdueRadiation Effects and Reactor Materials (NUCL 520) PurdueStudy Abroad Ukraine: Environmental Effects of Nuclear Power PurdueCommunication in Nuclear Engineering (NUCL 480) PurdueRadiation Materials Science (MSE 497/597) Boise StateMechanical Behavior of Materials I (MSE 512) Boise StateMechanical Properties of Materials (MSE 312) Boise StatePoint Defects (MSE 497/527) Boise StateEngineering Statics (ENGR 210) Boise State

EDITING &REVIEWING

Editorial

• Editor - Materials Today Communications 2019 - present

• Key Reader - Metallurgical & Materials Transactions A 2016 - present

• Co-Editor - JOM topic on Hydrogen Effects on Material Performance 2020

• Co-Editor - JOM vol 71, topic on New Developments in NanomechanicalMethods 2019

• Guest Editor - Journal of Nuclear Materials vol 505, special section for Euro-pean Materials Research Society Fall 2016 Meeting: Materials, Processing, andCharacterization Techniques for Future Nuclear Technologies 2017 - 18

• Key Reader - Metallurgical & Materials Transactions E 2016 - 17

Reviewer Service - Journals & Conference Proceedings


• Journals - Acta Materialia, Additive Manufacturing, Computational Materi-als Science, European Physical Journal B, International J of Plasticity, JOM,J Applied Physics, J European Ceramic Society, J Materials Research, J Nu-clear Materials, Materialia, Materials and Design, Materials Research Bulletin,Mechanics of Materials, Nature Comms, Nuclear Engineering & Technology,Nuclear Materials & Energy, Nuclear Instrumentation & Methods B, NuclearTechnology, Scientific Reports, Scripta Materialia

• Conference Proceedings - Transactions of the American Nuclear Society(ANS), International Conference on Environmental Degradation of Materialsin Nuclear Power Systems - Water Reactors (EnvDeg), International Congresson Advances in Nuclear Power Plants (ICAPP)

Reviewer Service - Proposals & Fellowships

• NSF - DMREF panel, Metals & Metallic Nanostructures (MMN) panels, Ce-ramics (CER) ad hoc

• DOE Office of Science - Mechanical Behavior & Radiation Effects ad hoc,EFRC ad hoc, SBIR Phases I & II ad hoc, Graduate Fellowships ad hoc

• DOE Office of Nuclear Energy - Nuclear Energy University Programs(NEUP) ad hoc, IUP Graduate Fellowship panels, NSUF ad hoc

• DOE Advanced Research Projects Agency (ARPA-E) panel

• International - Deutsche Forschungsgemeinschaft (DFG) ad hoc, Natural Sci-ences and Engineering Research Council (NSERC) Canada ad hoc, MitacsCanada ad hoc, Czech Science Foundation ad hoc

CONFERENCE& SYMPOSIAORGANIZING

Conference Organization

• General Chair. Materials in Nuclear Energy Systems (MiNES). Stand-alonetopical meeting jointly sponsored by the American Nuclear Society (ANS) andThe Minerals, Metals & Materials Society (TMS), Baltimore MD, October 2019.

Symposium Organization

• Advanced characterization of materials for nuclear, radiation, and extreme en-vironments II. MS&T 2021, Columbus OH, October 2021.

• Continuous phase transformations. TMS Annual Meeting, Orlando FL, March2021.

• Thermal property characterization, modeling, and theory in extreme environ-ments. TMS Annual Meeting, Orlando FL, March 2021.

• Advanced characterization of materials for nuclear, radiation, and extreme en-vironments. MS&T 2020, Pittsburgh PA, October 2020.

• Curricular innovations and continuous improvement of academic programs: theElizabeth Judson Memorial Symposium. MS&T 2020, Pittsburgh PA, October2020.

• Advances in martensite in steels. Materials Science & Technology (MS&T)2019, Portland OR, October 2019.

• Curricular innovations and continuous improvement of academic programs: theElizabeth Judson Memorial Symposium. MS&T 2019, Portland OR, October2019.


• Irradiation effects on phase transformations in nuclear reactor materials. TMSAnnual Meeting, San Antonio TX, March 2019.

• Mechanical behavior of nuclear reactor components. TMS Annual Meeting, SanAntonio TX, March 2019.

• Characterization of irradiated materials and nuclear fuels. The Nuclear Mate-rials Conference (NuMat) 2018, Seattle WA, October 2018.

• Curricular innovations and continuous improvement of academic programs: theElizabeth Judson Memorial Symposium. MS&T 2018, Columbus OH, October2018.

• Ultrafine grained materials X. TMS Annual Meeting, Phoenix AZ, March 2018.

• Deformation in irradiated materials. International Conference on Plasticity,San Juan PR, January 2018.

• Small-scale testing & SEM/TEM in situ mechanical testing. International Con-ference on Plasticity, Puerto Vallarta, Mexico, January 2017.

• Materials, processing, and characterization techniques for future nuclear tech-nologies. European Materials Research Society Fall 2016 Meeting, Warsaw,Poland, September 2016.

• Nuclear Energy Public Forum. ANS Student Conference, Ann Arbor MI, April2010.

• Student Poster Session. Nuclear Engineering & Radiological Sciences Depart-ment 50th Anniversary, University of Michigan, Ann Arbor MI, November 2008.

• Understanding the Role of Ethics in Nuclear. NA-YGN Annual ProfessionalDevelopment Workshop, Miami FL, May 2007.

• Student Research from the Nuclear Engineering & Radiological Sciences De-partment at the University of Michigan. ANS Michigan Section Meeting, AnnArbor MI, March 2005.

Workshop Organization

• Early Career Workshop in Nuclear Materials (hosted by DOE Energy FrontierResearch Centers). MiNES Conference, Baltimore MD, October 2019.

• Young Professionals’ Workshop. TMS Annual Meeting, San Antonio TX, March2019.

• Materials, Modeling, Simulation, and Visualization Workshop. Center for Ad-vanced Energy Studies and Boise State University, McCall ID, May 2015.

• Energy Storage and Ion Conducting Materials and Modeling Workshop. Centerfor Advanced Energy Studies and Boise State University, Boise ID, September2014.

• Employee Retention in the Nuclear Industry. Young Professionals Workshopembedded topical, ANS Winter Meeting, Washington DC, November 2007.

• Carolinas Regional Professional Development Conference. North AmericanYoung Generation in Nuclear (NA-YGN), Charlotte NC, July 2007.

• Training to Become a Public Advocate for Nuclear Energy. NA-YGN, CharlotteNC, October 2006.


WORKINGGROUPS &CONSULTING

Working Group (invited) Paris, France, 2018 - presentNuclear Energy Agency (NEA), Organisation for Economic Co-operation and De-velopment (OECD); Best Practices, Protocols and Standards in Nuclear MaterialsCharacterization Techniques.

Working Group (invited) Charlotte NC, 2018 - presentDry storage canister repair & mitigation working group, via Extended Storage Col-laboration Program (ESCP) for improved management of used nuclear fuel; ElectricPower Research Institute.

Working Group (invited) Oak Ridge TN, 2018Irradiated material welding and characterization; Oak Ridge National Laboratory &Electric Power Research Institute.

Consulting - Welding Metallurgy Meridian ID, 2016Continuing education workshop for professional engineer (PE) licensure; POWEREngineers, Inc.

Consulting - Steel Fracture Boise ID, 2013 - 14Provided expert testimony for the defense in Darigold vs. SPX, et al., on plasticdeformation and failure in stainless steel butter pump and bearings.

INVITEDWORKSHOPS

ARPA-E Ultra High-Temp Matls for Power Appl Wkshp Seattle WA, 2019Sandia National Lab Academic Alliance Workshop Albuquerque NM, 2017Nuclear Energy Institute (NEI) Strategic Planning Group Washington DC, 2015DOE-NE Nuclear Innovation Workshop Boise ID, 2015

SERVICE TOPROFESSION

JOM Advisor, TMS Young Professionals Committee 2020 - presentDiversity & Inclusion Lead, EFRC-TETI 2019 - presentTMS Powder Materials Committee 2019 - presentChair, ASTM Committee E10.08 (Radiation Damage Simulation) 2018 - presentASTM Cmte E10.02 (Behavior & Use of Nuclear Structural Matls) 2018 - presentTMS Structural Materials Division (SMD) Council 2018 - 21TMS Materials Processing & Manufacturing Division Awards Committee 2018TMS Nanomechanical Materials Behavior Committee 2017 - presentTMS Nuclear Materials Committee 2011 - presentTMS Phase Transformations Committee 2017 - presentPublicity Liaison, ANS Materials Science & Technology Division 2017 - 18Best Teaching Practices Lead, TMS Education Committee 2017 - 18Chair (elected), ANS Materials Science & Technology Division 2016 - 17TMS Education Committee 2016 - 21ANS Planning Committee 2016 - 19Vice Chair (elected), ANS Materials Science & Technology Division 2015 - 16Exec Committee (elected), ANS Materials Science & Technology Division 2014 - 17DOE Nuclear Science User Facilities User Group 2013 - presentPNNL Environmental Molecular Sciences Laboratory User Group 2013 - 14ORNL Shared Research Equipment User Facility User Group 2009 - 13Vice Chair, ANS Membership Committee 2008 - 10ANS Membership Committee 2007 - 10ANS Development Committee 2007 - 10Public Info Chair (elected), North Am Young Generation in Nuclear 2007 - 08Secretary/Treasurer (elected), ANS Carolina Section 2006 - 07ANS Student Sections Committee 2005 - 08


SERVICE TOUNIVERSITY

PURE Mentor, Purdue-India Initiative 2019Horizons Student Support Mentor, Purdue TRIO Program 2018 - presentSafety Committee, Purdue Nuclear Engr 2018 - presentPurdue University Library Committee 2017 - presentFaculty Advisor, Purdue Women In Nuclear 2017 - presentFaculty Search Committee, Purdue Nuclear Engr 2017 - 18, 2018 - 19WE LINK Mentor, Purdue Women in Engineering Program 2017Graduate Committee, Purdue Nuclear Engr 2016 - presentUndergraduate Advising, 8 students, Purdue Nuclear Engr 2016 - presentUndergraduate Advising 40 students, Boise State MSE Dept 2015 - 16Louis Stokes Alliance for Minority Participation Selection Committee 2015Boise State Student Research Initiative Fellowship Committee 2014 - 15Boise State STEM Diversity Coordinator Selection Committee 2014Boise State College of Engineering Recruitment Representative 2013 - 14Undergraduate Curriculum Committee, Boise State MSE Dept 2013 - 14Teaching Assistant Committee, Boise State MSE Dept 2013Boise State Advanced Math Working Group 2013Mentor, Boise State Louis Stokes Alliance for Minority Participation 2013 - 14Mentor, Boise State Society of Women Engineers 2013

PUBLICOUTREACH

• J. Wharry. How to lower the cost of nuclear power plants. Purdue EngineeringReview, November 2019.

• Titans of Nuclear Podcast, episode 228, November 2019.

• J. Wharry, D. Gandy, and W. Kyffin. Irradiation studies on electron beamwelded PM-HIP pressure vessel steel. DOE-NE Advanced Methods for Manu-facturing (AMM) Newsletter, issue 10, October 2019, pp 5-7.

ENGAGEMENT • Preparing students for the Materials Genome Initiative workforce. Panel co-organizer & co-moderator. MS&T 2020, Pittsburgh PA, October 2020.

• Preparing a winning job application package, Young Professionals’ Workshop.Instructor. TMS Annual Meeting, San Diego CA, February 2020.

• Preparing a winning job application package, Young Professionals’ Workshop.Instructor. TMS Annual Meeting, San Antonio TX, March 2019.

• Making the most of your summer research experience. Interactive seminar.Network for Computational Nanotechnology Summer Undergraduate ResearchFellowship Program, NanoHUB, Purdue, June 2017.

• Pathways to the professoriate. Panel discussion. Pathways to Increased Diver-sity for Grad School and the Professoriate Program, Purdue, March 2017.

• Early career research funding. Round table discussion. Research ComputingProgram, Boise State, March 2016.

• Graduate school and industry preparedness. Panel discussion. MSE Club, BoiseState, October 2015.

• Crystallography workshop. Idaho Science and Aerospace Scholars (top achiev-ing high school students in Idaho), Boise ID, July 2015.

• Diversity in nuclear engineering. Panel discussion. ANS Student Conference,College Station TX, April 2015.

• Nuclear engineering graduate school informational. Panel discussion. ANSStudent Conference, College Station TX, April 2015.


https://medium.com/@PurdueEngineering/4bcfe140b9b6

https://medium.com/@PurdueEngineering/4bcfe140b9b6

https://youtu.be/QcQTrHpjWts

https://www.energy.gov/sites/prod/files/2019/10/f67/ne-amm-newletter-oct-2019.pdf

https://www.energy.gov/sites/prod/files/2019/10/f67/ne-amm-newletter-oct-2019.pdf

• Graduate school guidance. Panel discussion. MSE 601, Graduate StudentOrientation Course, MSE Dept, Boise State, December 2014.

• Graduate school informational. Panel discussion. Idaho Conference on Under-graduate Research, Boise ID, July 2014.

• First-year and transfer student bridge day. Panel discussion. Louis StokesAlliance for Minority Participation (LSAMP) Program, Boise State, July 2014.

• Faculty career informational. Panel discussion. GCOLL 511, Teaching inHigher Education, College of Graduate Studies, Boise State, April 2014.

• Perspective on a career in academia. Panel discussion. ENGR 397, Perspectiveson STEM Careers, College of Engineering, Boise State, April 2014.

• Graduate school survival. Panel discussion. MSE 601, Graduate Student Ori-entation Course, MSE Dept, Boise State, November 2013.

• Navigating STEM curricula as a minority student. Panel discussion. LouisStokes Alliance for Minority Participation (LSAMP) Program, Boise State, Au-gust 2013.

• A recent graduates perspective on graduate school. Seminar. MSE 601, Grad-uate Student Orientation Course, MSE Dept, Boise State, March 2013.

• Interview skills. Panel discussion. Society of Women Engineers Student Chap-ter, Boise State, March 2013.

• The aging-changing nuclear workforce. Panel discussion. ANS Annual Meeting,Boston MA, June 2007.

• Math Counts quiz bowl tutor, Charlotte NC, 2006 - 07

OTHEREXPERIENCES

National Center for Faculty Development & Diversity, Success Program 2017French Section of the American Nuclear Society (SFANS) technical tour of the Frenchnuclear facilities for U.S. professors (selected) 2014Process Oriented Guided Inquiry Learning (POGIL) Workshop 2013DOE Nuclear Science User Facilities Inaugural Summer School 2008National Instruments LabVIEW Campus Workshop 2007F.E. (Fundamentals of Engineering) Licensure 2006

MEMBERSHIPS The Minerals, Metals & Materials Society (TMS)American Nuclear Society (ANS)ASTM InternationalAmerican Ceramic SocietyAmerican Society for Engineering EducationMaterials Research SocietyNorth American Young Generation in Nuclear (NA-YGN)Tau Beta Pi


janelle p. wharry...irradiation evolution: an atom probe tomography study. 2018 - 2019, $50,000, pi....

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