KUALITAS HASIL SAMBUNGAN BUTT JOINT TERHADAP NILAI
KEKUATAN TARIK PADA MATERIAL KOMPOSIT FIBERGLASS
DENGAN MENGGUNAKAN METODE TAGUCHI
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
PUTRA AJI, KHOIRUDIN
Subject
T Technology (General)
Datestamp
2024-07-19 08:25:52
Abstract :
Composite is a material formed from a combination of two or more materials. One of the advantages is that it is light but strong. Composite aircraft are used in several components such as ailerons, elevators and electrical panels. This study is focused on finding the optimization value of several variations used by the Taguchi method. The research method was carried out by grafting with the butt joint method on the composite specimen. The parameters used are the type of adhesive (epoxy; Polyester; Lycal), the thickness of the adhesive (0.5 mm; 0.75 mm; 1 mm) and the type of filler (glass powder; wood powder; charcoal powder). Furthermore, the composite material joints resulting from the connection process with the butt joint method were tested by tensile testing. The analysis process uses the Taguchi method, which is a new methodology in engineering that aims to improve the quality of a product and natural processes while simultaneously reducing costs and resources to a minimum. The analysis stage was carried out using the two-way ANOVA method and the results of the analysis were the factors that influenced the optimum tensile test value were the type of adhesive and the less influential was the filler variation. Then the combination and parameters have been determined to achieve the optimum tensile test value
Composite is a material formed from a combination of two or more materials. One of the advantages is that it is light but strong. Composite aircraft are used in several components such as ailerons, elevators and electrical panels. This study is focused on finding the optimization value of several variations used by the Taguchi method. The research method was carried out by grafting with the butt joint method on the composite specimen. The parameters used are the type of adhesive (epoxy; Polyester; Lycal), the thickness of the adhesive (0.5 mm; 0.75 mm; 1 mm) and the type of filler (glass powder; wood powder; charcoal powder). Furthermore, the composite material joints resulting from the connection process with the butt joint method were tested by tensile testing. The analysis process uses the Taguchi method, which is a new methodology in engineering that aims to improve the quality of a product and natural processes while simultaneously reducing costs and resources to a minimum. The analysis stage was carried out using the two-way ANOVA method and the results of the analysis were the factors that influenced the optimum tensile test value were the type of adhesive and the less influential was the filler variation. Then the combination and parameters have been determined to achieve the optimum tensile test value
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