Quasi-Static Indentation Force On Composite Material

Syed Hamzah, Syed Othman (2008) Quasi-Static Indentation Force On Composite Material. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The effects on the 3 mm Epoxy Resin Impregnated Carbon Fiber Woven Fabric 5 Shaft satin Weave with lay-ups [±452]s under Quasi-Static Indentation Force Test were studied. This study will highlight about the material composite, the Quasi-Static Indentation Force Test, selection of Non-Destructive Test method to define the crack existence in the material, and result analysis. The study will be focused on the Quasi- Static Indentation Force Test which is the experiment that provides a constant force with a certain speed to the composite panel that will cause a delamination and crack on the material. Another test that will be used is the Non-Destructive Test which is to determine the damage and crack growth in the composite materials. The results that will be obtained using the Quasi-Static Indentation Force Test are the minimum value of energy for the material to start the crack initiation and from the Non-Destructive Test, the results will prove that the crack have occurred in the structure of the material.

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