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- Calcium phosphate<br />Fiber-reinforced concrete<br />Glass -- Corrosion<br />Glass fibers (1)
- Cast-iron<br />Iron founding<br />Strength of materials (1)
- Friction welding<br />Magnesium alloys -- Microstructure<br />Magnesium alloys<br />Rare earth metals (1)
- Microelectromechanical systems<br />Semiconductors -- Etching (1)
- Reactive ion etching (1)
Articles 1 - 4 of 4
Full-Text Articles in Engineering
Friction Stir Processing Of Cast Magnesium Alloys, Timothy A. Freeney
Friction Stir Processing Of Cast Magnesium Alloys, Timothy A. Freeney
Masters Theses
"This thesis investigates the feasibility and benefits of using friction stir processing as a thermo-mechanical microstructural modification tool for local property enhancement or casting repair of magnesium alloys, specifically high strength EV31A and WE43"--Abstract, page iv.
Process Development And Applications Of A Dry Film Photoresist, Phaninder R. Kanikella
Process Development And Applications Of A Dry Film Photoresist, Phaninder R. Kanikella
Masters Theses
"In this study, dry film photoresist was patterned using UV lithography and the sidewall profile was optimized to achieve vertical sidewalls. Sidewall verticality of dry film is very important for better pattern transfer"--Abstract, page iv.
Age Strengthening Of Gray Cast Iron: Alloying Effects And Kinetics Study, Thottathil Viswanathan Anish
Age Strengthening Of Gray Cast Iron: Alloying Effects And Kinetics Study, Thottathil Viswanathan Anish
Masters Theses
"Age strengthening of gray cast iron has become a critical issue with metal casters trying to optimize their process for the closest conformance to properties. This necessitated more robust and precise methods to predict age strengthening. Most foundries use age strengthening behavior to cast at hight carbon equivalents to facilitate smaller gating systems. Also, it is well known in the casting industry that the tool life improves with aging. Hence these foundries require a model to predict aging behavior and accelerate the mechanism from days to hours. This research focuses on the methods of composition adjustments to control aging properties, …
Properties Of Alkaline-Resistant Calcium-Iron-Phosphate Glasses, Jiawanjun Shi
Properties Of Alkaline-Resistant Calcium-Iron-Phosphate Glasses, Jiawanjun Shi
Masters Theses
"The physical properties and alkaline corrosion resistant properties of calcium-iron-phosphate glasses were studied. The addition of Fe₂O₃ decreases the thermal expansion coefficient and increases the glass fiber's Young's modulus in comparison with the addition of CaO. Bulk glass dissolution behavior in alkaline Lawrence solution was studied by weight loss experiments, Raman spectroscopy, and analytical scanning electron microscopy. The corrosion of glass powder in NaOH solution was studied by X-ray diffraction, infrared spectroscopy and high pressure liquid chromatography. The results show that the dissolution rate decreases when the phosphate chain length decreases. Calcium oxide can improve the glass durability in high …