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Author | Title | Subject | Date | Publication Type |
1 |
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Akram, Javed | Creep rupture behavior of transition weld joint between p91 steel and aisi 304 austenitic stainless steel | Creep behaviour; Dissimilar metal weld; Dynamic recrystallization; Friction Welding; Micorstructural Modeling; P91 | 2016 | dissertation |
2 |
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Appusamy, Kanagasundar | Development of materials for ultraviolet plasmonics | Ellipsometry; Magnesium alloy films; Nanostructured films; Optical constants; Thin film microstructure; UV Plasmonics | 2016 | dissertation |
3 |
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Rappleye, Devin Spencer | Electrochemical concentration measurements for multianalyte mixtures in simulated electrorefiner salt | Electrochemistry; Engineering; Nuclear chemistry; Energy | 2016 | dissertation |
4 |
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Zeng, Weizhi | Experimental and validated modeling studies of electrolyte flow and anode slime behavior and transport in copper electrorefining | Anode slime; Cathode purity; Copper electrorefining; Electrolyte flow; Impurity particle; Velocity field | 2016 | dissertation |
5 |
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Cao, Fei | Fatigue behavior and mechanisms in powder metallurgy Ti-6Al-4V titanium alloy | Crack growth; Fatigue; Microstructure; Powder metallurgy; Titanium alloy | 2016 | dissertation |
6 |
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Bhattacharyya, Dhiman | Functionalized titania nanotube arrays-based sensors for electrochemical detection of volatile organic biomarkers | Biomarkers; Electrochemical; Sensors; Titania Nanotubes | 2016 | dissertation |
7 |
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Kumar, Pankaj | Processing and mechanical behavior of powder metallurgy (pm) ti-6al-4v alloy made from tih2 | Fatigue and Fracture; Hydrogen Sintering; Mechanical Behavior; Powder Metallurgy; Tensile Properties; Titanium alloys | 2016 | dissertation |
8 |
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Zhang, Yuxuan | Study of li-mg alloy and si powder anodes for li-ion batteries: experiments, neutron imaging and modeling | Kinetic modeling; Li-ion batteries; Li-Mg alloy anode; Neutron computed tomography; Si powder anode | 2016 | dissertation |
9 |
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Jin, Jiaqi | Wetting and interfacial water analysis of selected mineral surfaces as determined by molecular dynamics simulation and sum frequency vibrational spectroscopy | intefacial water; molecular dynamics simulation; sum frequency vibrational spectroscopy; wettability | 2016 | dissertation |