UJI KEKUATAN BENDING PADA KOMPOSIT SANDWICH
DENGAN SERAT KARBON ANYAM SECARA
EKSPERIMENTAL
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
AGUNG PRASETYA, ADITYA
Subject
T Technology (General)
Datestamp
2024-08-02 04:26:09
Abstract :
Composite is a material that is formed from a combination of two or more forming materials and has different properties from its constituent components. The use of composites has grown rapidly because composites have their own advantages compared to other alternative engineering materials such as composite materials that are stronger, resistant to corrosion, more economical and so on. Composites consist of a matrix that functions as an adhesive or binder and reinforcement (reinforcement / fiber). The materials of this research are woven carbon fiber and resin lycal 1011 with balsa wood as the core. The method used in this manufacture of the sandwich composite is the hand lay-up method. Specimens are made from core thickness of 6mm, 8mm dan 10mm by using standard ASTM C-393. The results of this study indicate the value of the strength of the sandwich composite bending test with woven carbon fiber material with a core thickness of 6mm, 8mm dan 10mm. the test results show that the strongest is a material with a thickness of 8mm obtaining a maximum load value of 30.496 kgf, with a power of 30.78705741 MPa
Composite is a material that is formed from a combination of two or more forming materials and has different properties from its constituent components. The use of composites has grown rapidly because composites have their own advantages compared to other alternative engineering materials such as composite materials that are stronger, resistant to corrosion, more economical and so on. Composites consist of a matrix that functions as an adhesive or binder and reinforcement (reinforcement / fiber). The materials of this research are woven carbon fiber and resin lycal 1011 with balsa wood as the core. The method used in this manufacture of the sandwich composite is the hand lay-up method. Specimens are made from core thickness of 6mm, 8mm dan 10mm by using standard ASTM C-393. The results of this study indicate the value of the strength of the sandwich composite bending test with woven carbon fiber material with a core thickness of 6mm, 8mm dan 10mm. the test results show that the strongest is a material with a thickness of 8mm obtaining a maximum load value of 30.496 kgf, with a power of 30.78705741 MPa
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