迈克尔·莫恩博士.D., P.E.
迈克尔 莫恩,Ph值.D.
副教授
办公室
Engineering Physics Building 324H
电话
208-885-1041
电子邮件
网络
邮寄地址
机械工程
365滚球官网
875 Perimeter Drive, MS 0902
莫斯科，爱达荷83844-0902
- ENGR 350 Engineering Mechanics of 母亲ials
- ME 223 机械工程 Analysis
- ME 410精益制造
- ME 421 Advanced Computer Aided Design
- ME 424 Mechanical Systems Design I
- ME 426 Mechanical Systems Design II
- ME 495 Mechanics in Design and Manufacturing
- Micromechanics of 母亲ials
- Defect Behavior in Crystalline 母亲ials
- Product Design 和Development
- Additive Manufacturing and 母亲ial Property Manipulation
- Y. Singla, M.R. 莫恩Navneet Arora, K.K. 德维威迪。”Microstructural evolution of worn surface and subsurface of high Mn additive iron-based hardfacings subjected to repetitive impacts and sliding” Ceramics International, (2023) DOI: 10.1016/j.ceramint.2023.04.020
- B. Orji C. 这K.L. 贝克, M.R. 莫恩, A.G. 麦当劳。”Wood Fiber - Sodium Silicate Mixtures for Additive Manufacturing of Composite 母亲ials” European Journal of Wood and Wood Products (2022) DOI: 10.1007/s00107-022-01861-z
- J.C. Crepeau, M.R. 莫恩, D.C. 警戒线,年代.W. Beyerlein, M.J. 斯文森,D. Robertson年代. Quallen。”Progress of Student Competencies from Cornerstone to Capstone Design: A Longitudinal Study“International Journal of Engineering Education,卷. 38, No. 3, (2022)
- N. 古尔德,M. Bhattacharyya,我. Charit, M.R. 莫恩, “Indentation Investigation of 304L Stainless Steel Friction Stir Weld Simulated Crack Repair“母亲ials Science and Engineering A, (2022) DOI: /10.1016/j.msea.2022.142691
- N. 布鲁巴克,H. 阿里,年代. Dhakal N. 范鲁延，m.s. 佳斯特,我. Charit B. 杰奎斯, M.R. 莫恩, “Investigating Microstructure and Properties of 316L Stainless Steel Produced by Wire-Fed Laser Metal Deposition” Journal of 母亲ials Engineering and Performance, (2022) DOI: 10.1007/s11665-021-06477-7
- M.R. 莫恩 和D.F. 巴尔。”Critical Issues in MEMS Property Measurement and Variation Measured by Nanoindentation: Error Sources and Uncertainty” Journal of Microelectromechanical Systems, (2021) DOI: 10.1109 / JMEMS.2021.3133792
- E. 艾伦,米. Moradi, M.R. 莫恩, “Reducing Indentation Size Effect in Metals by Load Function Selection” Journal of 母亲ials 研究 (2021) DOI: 10.1557/s43578-021-00299-y
- M.R. 莫恩, Z. 黑客,T. Murgatroid J. Leachman。”Instrumented Cylindrical Punch Indentation of Solid Nitrogen at 30-40 K” Cryogenics (2020) DOI: 10.1016/j.低温学.2020.103191
- M.R. 莫恩, A.A. 伦纳德维.D. Stauffer D.F. 巴尔。”The Effects of Intrinsic Properties 和Defect Structures on the Indentation Size Effect in Metals” Philosophical Magazine (2017) DOI: 10.1080/14786435.2017.1322725
- M.R. 莫恩, J.C. 佩里。”Student performance improvement from a student-graded-logbook exercise” ASEE Annual Conference and Exposition, (2016)
- M.R. 莫恩, D.F. 巴尔。”Discontinuous yield behaviors under various pre-strain conditions in metals with different crystal structures“母亲. Res. 列托语.， (2016) doi: 10.1080/21663831.2015.1121166
- M.R. 莫恩, M.T. Carvajal D.F. 巴尔。”Nanomechanical testing technique for millimeter-sized and smaller molecular crystals“Int. J. 《365滚球官网》，第486卷，页.324-330 (2015) doi: 10.1016/j.ijpharm.2015.03.062
- H. 民兵, M.R. 莫恩, N. Abdolrahim D. Sagapuram D.F. 巴尔,H.A. Zbib。”A stochastic crystal plasticity framework for deformation of micro-scale polycrystalline materials“Int. J. 可塑性，第16卷. pp.21-33 (2015).
- M.R. 莫恩 和D.F. 巴尔道:“Dislocation activity under nanoscale contacts prior to discontinuous yield.“母亲. Res. 列托语. DOI: 10.1080/21663831.2014.961663 (2014).
- M.R. 莫恩, H.M. 兹比伯和迪.F. 巴尔道:“Variation in the nanoindentation hardness of platinum.” J. 母亲. Res.,卷. 28, No. 0 (2013).
- M.R. 莫恩, R.R. 史蒂芬斯维.M. 布莱克特和K.K. 溜冰场. “Thermal stresses in bridge-wire initiators due to laser welding.” J. 电子. 包装，第131卷. (2009).
- L.M. 汤普森 M.R. 莫恩, K.K. 溜冰场,D.M. 布莱克特和R.R. 史蒂芬:“Thermal induced stresses in bridge-wire initiator glass to metal seals.” J. 电子. 包装，第129卷. (2007).
- Developing a Circular Bio-Based Framework for Architecture, Engineering and Construction Through Additive Manufacturing – National Science Foundation EPSCoR Track II – Award# 1826715 - $4,000,000
- Cellulosic 3D Printing of Modular Building Assemblies - Idaho State Board of Education HERC IGEM - $895,900
- Optimizing Manufacturing of High Value Components Using Direct Metal Laser Melting Techniques Under Reduced Atmospheric Conditions for Industrial Sectors - Idaho Department of Commerce IGEM - $274,168
- Nitrogen Property Characterization for the Triton Hopper – Mechanical Properties Evaluation - NASA Glenn 研究 Center, $28,148
- Career Launch in Engineering Scholarship Program- National Science Foundation Award# 1458685 - $631,482
- Outstanding Early Career 教师 Award, 365滚球官网 工程学院, 2022
- ASME Outstanding Student Section Advisor Award (Honorable Mention), 2020
- Estus H. 瓦实提·L. Magoon Award for Excellence in Graduate Teaching普渡大学，2015年