PROSES MANUFAKTUR DAN KEKUATAN TARIK GLASS
LAMINATED ALUMINIUM REINFORCED EPOXY (GLARE)
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
SAHAT SIAGIAN, BOY
Subject
T Technology (General)
Datestamp
2024-04-26 06:40:40
Abstract :
A composite is a material formed from a combination of two or more materials. One of its advantages is light but strong. GLARE is one of the strongest composites. GLARE is a combination of several materials including aluminium, glass fiber and epoxy resin. This composite has many advantages namely an incredible strength-to-weight ratio, strong to fatigue, corrosion resistant, fire resistant and impact resistant. GLARE is currently used on the skins of Airbus A-380 aircraft. The research method is carried out by how the manufacturing GLARE on several materials. The materials needed are aluminium, glass fiber and epoxy resin. In glass fiber varied the direction of location at the time of the manufacturing process in order to know which glass fiber direction is better. Furthermore, GLARE manufacturing results are tested with tensile testing to know the tensile strength of the composites. After testing, the specimen data will be calculated to look for the values of Ultimate Tensile Strength and Elastic Modulus and the better result of the calculation between the two directions of the glass fiber is a specimen that uses the direction of the glas fiber with a slope of 45°. Then it has determined the direction of the glass fiber is better.
A composite is a material formed from a combination of two or more materials. One of its advantages is light but strong. GLARE is one of the strongest composites. GLARE is a combination of several materials including aluminium, glass fiber and epoxy resin. This composite has many advantages namely an incredible strength-to-weight ratio, strong to fatigue, corrosion resistant, fire resistant and impact resistant. GLARE is currently used on the skins of Airbus A-380 aircraft. The research method is carried out by how the manufacturing GLARE on several materials. The materials needed are aluminium, glass fiber and epoxy resin. In glass fiber varied the direction of location at the time of the manufacturing process in order to know which glass fiber direction is better. Furthermore, GLARE manufacturing results are tested with tensile testing to know the tensile strength of the composites. After testing, the specimen data will be calculated to look for the values of Ultimate Tensile Strength and Elastic Modulus and the better result of the calculation between the two directions of the glass fiber is a specimen that uses the direction of the glas fiber with a slope of 45°. Then it has determined the direction of the glass fiber is better.
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