Design, Analysis And Weight Optimization Of Composite Drive Shaft

Mechanical Engineering

This paper is outline and examination of composite drive shaft. Substituting composite structures for traditional metallic structures has numerous focal points due to higher particular solidness and quality of composite materials. This work manages the substitution of ordinary steel drive shafts with a composite drive shaft. The plan parameters were enhanced with the goal of limiting the heaviness of composite drive shaft. Propelled composite materials can be characterized as mix of materials suitably masterminded utilizing fortifying filaments, precisely picked lattices, and some of the time assistant materials like glue center and different additions. These blends after legitimate control and preparing result in completed structure/thing with synergistic properties i.e. properties accomplished after manufacture can't be gotten by individual segments acting alone. FEM strategies play a critical job in dissecting of Composite materials. Present work is directed to examine the composite drive shaft by the FEM programming ANSYS 14.5.Results and charts will be recorded and displayed in the documentation.

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