Abstract
Based on the test data, it can be seen that the average stress value on the carbon fiber composite with the fiber direction of 0 ° -30 ° -60 ° has the highest tensile stress value in the TA 2 specimen, namely 121.439 MPa, the highest strain value in the TA 1 specimen is 0.031, the value The highest modulus of elasticity in the TA 3 specimen is 438,460 MPa, while for the fiber direction 0 ° -45 ° -90 ° the highest tensile stress value in the TB 3 specimen is 670.691 MPa, the highest strain value in the TB 3 specimen is 0.096, the highest elasticity modulus value in the specimen TB1 is 1076,993 MPa.
Highlights
it can be seen that the average stress value on the carbon fiber composite
Analisa Kekuatan Tarik dan Bending pada Komposit Widuri
Summary
6) Menetukan kebutuhan lycal dan hardener pada matriks yang digunakan. Dari perhitungan fraksi volume untuk spesimen uji tarik didapat fraksi volume carbon. Adapun langkah perhitungan fraksi volume spesimen uji bending sebagai berikut: 1) Menimbang massa fiber carbon dengan ukuran disesuaikan dengan cetakan yang sudah dibuat dengan dimensi 155mm x 65mm x 4mm yaitu 3 gr/lembar. 2) Menentukan volume komposit yang dimensinya disesuaikan dengan cetakan yang dibuat. Cccccccccccc = 40.3 cccc3 − 27.46cccc3 = 12.84 cccc[3]
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