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1	The effect of thermal-mechanical processing on the physical and mechanical properties of Al-Fe-Co electrical conductor alloy Chia, Enrique Calixto 08 1900 (has links) No description available. Aluminum-iron-copper alloys Electric conductors
2	Diffusion induced liquid film migration in the aluminum-copper system / Barker, Simon William. January 1997 (has links) Thesis (Ph.D.) -- McMaster University, 1997. / Includes bibliographical references (leaves 205-209). Also available via World Wide Web.
3	Analysis of Linear Friction Welding of Dissimilar Metals: Aluminum and Copper with Zinc Interlayer Neupane, Sandesh 08 August 2023 (has links) No description available. Materials Science Mechanical Engineering Linear Friction Welding Dissimilar metals Nanoindentation Tensile test Aluminum and Copper Thermal Analysis
4	Investigation into the stress corrosion cracking properties of AA2099, an Al-Li-Cu alloy Padgett, Barbara Nicole 18 March 2008 (has links) No description available. Materials Science aluminum-lithium-copper alloys stress corrosion cracking friction stir welding anodic dissolution 2099
5	Development of Experimental and Finite Element Models to Show Size Effects in the Forming of Thin Sheet Metals Morris, Jeffrey D 05 August 2019 (has links) Abstract An experimental method was developed that demonstrated the size effects in forming thin sheet metals, and a finite element model was developed to predict the effects demonstrated by the experiment. A universal testing machine (UTM) was used to form aluminum and copper of varying thicknesses (less than 1mm) into a hemispherical dome. A stereolithography additive manufacturing technology was used to fabricate the punch and die from a UV curing resin. There was agreement between the experimental and numerical models. The results showed that geometric size effects were significant for both materials, and these effects increased as the thickness of the sheets decreased. The demonstration presents an inexpensive method of testing small-scale size effects in forming processes, which can be altered easily to produce different shapes and clearances. stereolithography punch/die geometric size effects hemispherical-cup-forming experiment aluminum and copper finite element model Computer-Aided Engineering and Design Engineering Science and Materials Manufacturing Materials Science and Engineering Mechanical Engineering Mechanics of Materials Other Materials Science and Engineering Polymer and Organic Materials
6	Materiály pro vinutí elektrických strojů / Materials for electric machine winding Minks, Ondřej January 2016 (has links) This work deals with the option of substitute aluminum for copper as winding material in induction motor in several variants and compare them. The advantages and disadvantages of these materials for the application are mentioned. The default element is the machine with power 29 kW, 2p = 4, which is the basis for other variants. It is about the verification of the default copper wire machine with cataloging data and then verification of several aluminum wire variants of the machine. Veryfying the machine designs is performed on the basis of three programs - RMxprt, ANSYS Maxwell and Matlab. In all of these programs, the machine calculations were realized for copper and aluminum winding in point close to the nominal. Final results are evaluated. There are also heat and ventilation calculations of the machine.

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