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Fibre Reinforced Plastics in Aerospace and Formula-1 - Research Paper Example

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The paper will begin with the statement that Fibre Reinforced Plastics (FBR) are gaining in prominence due to their increased scope of applications and also due to their strength capabilities. These are replacing areas which were earlier dominated by carbon steel materials…
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Fibre Reinforced Plastics in Aerospace and Formula-1
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Download file to see previous pages The paper presents that the ultimate mechanical property of the composite, of course, depends upon the manner in which these fibers are arranged in the matrix and the manufacturing method followed in producing the composite. Both these applications; Aerospace and Formula-1 deal with mechanisms to reduce the weight of the body and increase the aerodynamic profile of the surface. These functions would ultimately define the fuel efficiency and the speed of the aircraft or the Formula-1 car. (Cripps David, 2000) Research currently being undertaken seeks to refine the existing manufacturing processes to reduce the weight of the composite further but at the same time maintaining structural integrity. 1. Resin Transfer Moulding (RTM) - This is a closed molding process done under low pressure. The volume of the composite produced is somewhere between that generated in a contact molding process and that of a compression molding process. The strands of reinforcement that is completely dried out are neatly arranged in the lower part of the mold. Glass reinforcements of various shapes can also be used along with the fiber matrix to ensure that complex mold shapes can be generated. The mating part or the upper portion of the mold is then closed onto the bottom half of the bold leaving a cavity which eventually takes the shape of the structure this process is trying to manufacture. The thermosetting resin is then injected into this cavity space. It is necessary to ensure that a sufficient amount of this resin is used to avoid the formation of voids, cavities or edge imperfections caused due to the low quantity of resin. (Rice Brian and Lee William, n.d ) To assist in this filling process and guarantee that all areas of this cavity are filled, the vacuum can be used which draws the resin to all parts of the cavity and ensures a perfect fill. This process is also known as the Vacuum Assisted Resin Injection or VARI. ...Download file to see next pagesRead More
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