英德拉吉·查利特博士.D., P.E.

• Processing-Microstructure-Property Correlations
• 核材料
• 结构材料
• High Temperature Mechanical Behavior of Materials (e.g. creep, creep-fatigue, superplasticity)
• 先进制造(e).g. 加法制造, 火花等离子烧结, Friction Stir Welding/Processing, Pressure Resistance Welding)

Indrajit Charit is a professor of 材料科学 & Engineering (MSE) and 核工程 (NE) programs at the University of Idaho. He is currently serving as the MSE Program Director. He earned his doctoral degree from the Missouri University of Science & Technology (formerly University of Missouri-Rolla) in 2004. He joined the faculty of the University of Idaho in July 2007 following a postdoctoral stint at the North Carolina State University. His research interests span across various aspects of advanced materials processing, microstructure and mechanical characterization with a focus on the field of high temperature energy materials. His current/recent research has been supported by the US Department of Energy 办公室 of Nuclear Energy, National Energy Technology Laboratory, Idaho National Laboratory and the State of Idaho through the IGEM program. He is the author/co-author of about 130 publications including journal and conference proceedings articles, book chapters and a textbook. He also serves as a reviewer for various journals and federal grant proposals. He is a professional engineer licensed in Idaho (license # 15773).

• N.D. 混蛋,R. 拜会,M.T. 本森,R.D. 马里安尼,年代. 乔杜里和我. 查莉特，Nd, Nd, Sb₃Nd₄, and their interactions with the cladding alloy HT9,” Journal of 核材料, 541 (2020) 152387.
• R. 总理N. 杰瑞德，迈克尔·T. 本森,Y. 谢,R.D. 马里安尼,我. 查莉特和S. Choudhury, “Interactions and Immobilization of Lanthanides with Dopants in Uranium-based Metallic Fuels,” Journal of 核材料, 540 (2020) 152372.
• A. 茶室,. 贝特曼,B. 杰奎斯,我. C. 姜, “A Preliminary Study on Helium and Sulfur Ion Irradiated BCC Iron: In Situ Tensile Testing Using a Push-to-Pull Device,” JOM [tms]， 72 (2020): 2398-2407.
• R. 总理N. 混蛋,M.T. 本森,D.A. 安德森,R.D. 马里安尼,我. 查莉特和S. Choudhury, “A Novel Approach to Selection of Dopant to Immobilize Neodymium in Uranium-Based Metallic Fuels,” Journal of 核材料, 529 (2020) 151922.
• N.D. 混蛋,R. 拜会,M.T. 本森,E.E. 佩雷斯J.A. 国王,米. Dubey J. 燃烧,我. Charit,年代. 乔杜里和罗伯特. Mariani, “Evaluation of Tellurium as a Fuel Additive in Neodymium-Containing U-Zr Metallic Fuel,” 科学报告, 9 (2019) 16403.
• M. 泰勒,J. 拉米雷斯,我. Charit G. Potirniche B. 斯蒂芬斯和M. Glazoff, “Creep Behavior of Alloy 709 at 700oC,” 材料科学 & 工程, 762 (2019) 138083.
• S. 戈埃尔,. Sittiho U. 克里门,年代. 乔希和我. Charit, “Effect of Post-Treatments under Hot Isostatic Pressure on Microstructural Characteristics of EBM-built Alloy 718,” 加法制造, 28 (2019) 727-737.
• J. 韦伯,年代. Gollapudi和我. Charit, “An Overview of Creep in Tungsten and Its Alloys,” International Journal of Refractory Metals and Hard Materials, 82 (2019) 69-80.
• S. Pasebani,我. Charit Y. 吴,我. 伯恩斯,K.N. Allahar D.P. 屁股,我.I. 科尔和S。.F. Alsagabi, “Lanthana-Bearing Nanostructured Ferritic Steels via 火花等离子烧结,” Journal of 核材料, 470 (2016) 297-306.
• A. 古里亚和我. Charit, “Observation of Serrated Flow in APMTTM Alloy,” 材料的信件, 160 (2015) 55-57.
• S. Pasebani,我. Charit Y.Q. 吴,D.P. 屁股和J.I. Cole, “Mechanical Alloying of Lanthana-Bearing Nanostructured Ferritic Steels,” Acta Materialia, 61 (2013) 5605-5617.
• T. 施米. Basirat,我. Charit G. Potirniche K. 溜冰场和U. Sahaym, “Creep Deformation Mechanisms in Modified 9Cr-1Mo Steel,” Journal of 核材料, 423 (2012) 110-119.

Charit has been involved in many outreach efforts giving tours to visiting high school students to inspire them to pursue higher studies in engineering.

• University of Idaho Presidential Mid-Career Award, 2016-2018
• ASM-IIM 访问ing Lectureship Award, 2014-2015
• Outstanding 教师 Award, 工程学院, University of Idaho, 2013-2014
• 校友 Award for Excellence in Mentoring, University of Idaho 校友 Association, 2013
• Outstanding Young 教师 Award, 工程学院, University of Idaho, 2008-2009