This study aims to investigate the effect of fiber orientation to bend terjemahan - This study aims to investigate the effect of fiber orientation to bend Bahasa Indonesia Bagaimana mengatakan

This study aims to investigate the

This study aims to investigate the effect of fiber orientation to bending
strength of GFRP (Glass Fiber Reinforced Plastic) composite and the effect of
laminates number and core thickness to bending properties of GFRP
sandwich composite with divinycell-PVC core type H-60. The composites
were produced by using a press mold method for 40% of fiber volume fraction
(vf). The GFRP composite specimen consists of 4 laminates – woven roving
glass fiber, varied by fiber orientation as [(0/90)4], ([((30/-60)/(60/-30))2],
[{(45/-45)4}], [{(30/-60)/(0/90)}2], and [{(45/-45)/(0/90)}2]). The GFRP
composite whose the highest bending strength was used as skin of the
sandwich composite. The variables of the sandwich are laminates number
(2L, 4L, 6L, 8L) and core thickness (5, 10, 15, 20 mm). According to ASTM D-
790 and ASTM C-393, the GFRP and sandwich composite specimens were
tested by using three point bending method. The result shows that the GFRP
composite, reinforced by [(0/90)4] of fiber orientation, has the highest
bending strength (226.62 MPa) compared to others, and it’s failure is
dominated by interlaminate delamination. For GFRP sandwich composite
with 10 mm of core thickness, the maximum moment capacity increases a long
with the increasing of laminates number. However, the highest bending
strength is achieved on the sandwich composite with 4 laminates of glass
fiber. All specimens shows core shear failure model. And then, for sandwich
composite with skin 4 laminates, the increasing of core thickness also
increases moment capacity consistenly, but it decreases the bending strength
significantly. Similarly, the decreasing of core shear strength also happens on
the specimen. On the specimen occours core shear and indentation of failure
types.
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Hasil (Bahasa Indonesia) 1: [Salinan]
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This study aims to investigate the effect of fiber orientation to bendingstrength of GFRP (Glass Fiber Reinforced Plastic) composite and the effect oflaminates number and core thickness to bending properties of GFRPsandwich composite with divinycell-PVC core type H-60. The compositeswere produced by using a press mold method for 40% of fiber volume fraction(vf). The GFRP composite specimen consists of 4 laminates – woven rovingglass fiber, varied by fiber orientation as [(0/90)4], ([((30/-60)/(60/-30))2],[{(45/-45)4}], [{(30/-60)/(0/90)}2], and [{(45/-45)/(0/90)}2]). The GFRPcomposite whose the highest bending strength was used as skin of thesandwich composite. The variables of the sandwich are laminates number(2L, 4L, 6L, 8L) and core thickness (5, 10, 15, 20 mm). According to ASTM D-790 and ASTM C-393, the GFRP and sandwich composite specimens weretested by using three point bending method. The result shows that the GFRPcomposite, reinforced by [(0/90)4] of fiber orientation, has the highestbending strength (226.62 MPa) compared to others, and it’s failure isdominated by interlaminate delamination. For GFRP sandwich compositewith 10 mm of core thickness, the maximum moment capacity increases a longwith the increasing of laminates number. However, the highest bendingstrength is achieved on the sandwich composite with 4 laminates of glassfiber. All specimens shows core shear failure model. And then, for sandwichcomposite with skin 4 laminates, the increasing of core thickness also
increases moment capacity consistenly, but it decreases the bending strength
significantly. Similarly, the decreasing of core shear strength also happens on
the specimen. On the specimen occours core shear and indentation of failure
types.
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Penelitian ini bertujuan untuk mengetahui pengaruh orientasi serat lentur
kekuatan GFRP (Kaca Fiber Reinforced Plastic) komposit dan pengaruh
jumlah laminasi dan ketebalan inti untuk sifat GFRP lentur
Sandwich komposit dengan divinycell-PVC tipe inti H-60. Komposit
diproduksi dengan menggunakan metode press cetakan untuk 40% dari fraksi volume serat
(vf). The GFRP spesimen komposit terdiri dari 4 laminasi - tenunan keliling
fiber glass, bervariasi dengan orientasi serat sebagai [(0/90) 4], ([((30 / -60) / (60 / -30)) 2],
[{ (45 / -45) 4}], [{(30 / -60) / (0/90 ) } 2], dan [{(45 / -45) / (0/90 ) } 2]). The GFRP
komposit yang kekuatan lentur tertinggi digunakan sebagai kulit
komposit sandwich yang. Variabel sandwich adalah nomor laminasi
(2L, 4L, 6L, 8L) dan ketebalan inti (5, 10, 15, 20 mm).
Menurut ASTM D- 790 dan ASTM C-393, yang GFRP dan sandwich yang spesimen komposit
diuji dengan menggunakan metode membungkuk tiga poin. Hasilnya menunjukkan bahwa GFRP
komposit, diperkuat oleh [(0/90) 4] orientasi serat, memiliki tertinggi
kekuatan lentur (226,62 MPa) dibandingkan dengan orang lain, dan itu kegagalan
didominasi oleh delaminasi interlaminate. Untuk GFRP Sandwich komposit
dengan 10 mm ketebalan inti, kapasitas momen maksimum meningkatkan panjang
dengan meningkatnya laminasi nomor. Namun, bending tertinggi
kekuatan dicapai pada komposit sandwich dengan 4 laminasi kaca
serat. Semua spesimen menunjukkan inti Model gagal geser. Dan kemudian, untuk sandwich
komposit dengan kulit 4 laminasi,
meningkatnya ketebalan inti juga meningkatkan kapasitas momen konsisten, tetapi mengurangi kekuatan lentur
signifikan. Demikian pula, penurunan kekuatan geser inti juga terjadi pada
spesimen. Pada spesimen occours geser inti dan lekukan kegagalan
jenis.
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