Titlebook: Mechanics of Composite and Multi-functional Materials, Volume 5; Proceedings of the 2 Raman Singh,Geoffrey Slipher Conference proceedings 2

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Experimental Approach of Damage Analysis in Laminated Composite Structures Under Through-Thickness of flexibility to accommodate key variables of load conditions and material design. The rig provides a clear through-thickness view of the damage process as function of monotonically increased quasi-2D load. Also, coupling with Digital Image Correlation (DIC) allows one to monitor through-thickness

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Design of Intermetallic Mg (Recycled Ti-Al) Based Composites Through Semi Powder Metallurgy Method,ned as matrix +0.5wt % Boron +1% Al.O. fiber. Quasi-static compression tests, nanoindentation (wear, modulus, hardness) test were performed to study the effect of the reinforcements and the manufacturing methods. The microstructure analyses (matrix/interface) have been carried out by Scanning Electr

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Design, Analysis and Experimental Study of Metal-3D Printed Conformal Cooling Plastic Injection Moltion worldwide in the plastic product business, it has become very important to lower the production cost, and one way of doing so is to reduce the production cycle time. Using conformal cooling channels is a good option for this purpose. The conformal cooling channels “conforms” to the shape of the

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Study on Mechanical Properties of Basalt Rock Fiber Reinforced Polyester Composites,thyl Ethyl Ketone Peroxide, Cobalt Naphthenate, and Unsaturated resin are adopted to prepare the matrix solution for the fabrication process. The composites specimens of 15, 20, 25, 30, 40 and 45% fiber volume fraction are fabricated. The results of the present study have shown the higher value of t

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