In the recent era, different environmental issues have significantly i terjemahan - In the recent era, different environmental issues have significantly i Bahasa Indonesia Bagaimana mengatakan

In the recent era, different enviro

In the recent era, different environmental issues have significantly influenced
the innovations in material science and technology. The burgeoning demand for
clean environment has led the innovation of green materials and utilization of natural
materials. Thus, the urge for the production of high-performance engineering
products from natural renewable resource is growing day by day. Composites are
among those versatile, high-performance materials which combine the unique
mechanical and thermal properties that cannot be achieved in a single material.
In the recent decade, scientists continued to explore the potential of natural fi bres as
the reinforcing phase for polymer composites. The important driving force for such
emergence of utilizing natural resources is that they are renewable and biodegradable
and impose no adverse effects on environment, whereas petroleum-based products
are limited and cause environmental problems. This review gives the
state-of-the-art overview on currently developed natural fi bre-reinforced polymer
composites focusing on structure–property relationship of fi bres, different polymer
matrices used to develop composites, their mechanical performances, different
composite fabrication techniques, and the application of such composites in different
areas. Critical issues of biocomposites have also been discussed along with their
advantages and disadvantages. This article also summarized the critical issues in the
manufacturing of natural fi bre composites.
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In the recent era, different environmental issues have significantly influencedthe innovations in material science and technology. The burgeoning demand forclean environment has led the innovation of green materials and utilization of naturalmaterials. Thus, the urge for the production of high-performance engineeringproducts from natural renewable resource is growing day by day. Composites areamong those versatile, high-performance materials which combine the uniquemechanical and thermal properties that cannot be achieved in a single material.In the recent decade, scientists continued to explore the potential of natural fi bres asthe reinforcing phase for polymer composites. The important driving force for suchemergence of utilizing natural resources is that they are renewable and biodegradableand impose no adverse effects on environment, whereas petroleum-based productsare limited and cause environmental problems. This review gives thestate-of-the-art overview on currently developed natural fi bre-reinforced polymercomposites focusing on structure–property relationship of fi bres, different polymermatrices used to develop composites, their mechanical performances, differentcomposite fabrication techniques, and the application of such composites in differentareas. Critical issues of biocomposites have also been discussed along with theiradvantages and disadvantages. This article also summarized the critical issues in themanufacturing of natural fi bre composites.
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Dalam era baru-baru ini, isu-isu lingkungan yang berbeda secara signifikan dipengaruhi
inovasi dalam ilmu material dan teknologi. Permintaan berkembang untuk
lingkungan yang bersih telah memimpin inovasi bahan hijau dan pemanfaatan alam
bahan. Dengan demikian, dorongan untuk produksi rekayasa kinerja tinggi
produk dari sumber daya terbarukan alam berkembang dari hari ke hari. Komposit
antara mereka serbaguna, bahan kinerja tinggi yang menggabungkan unik
sifat mekanik dan termal yang tidak dapat dicapai dalam bahan tunggal.
Dalam dekade terakhir, para ilmuwan terus menggali potensi serat fi alam sebagai
tahap penguat untuk komposit polimer.
Penggerak penting untuk seperti munculnya memanfaatkan sumber daya alam adalah bahwa mereka terbarukan dan biodegradable
dan tidak memaksakan efek buruk pada lingkungan, sedangkan produk berbasis minyak bumi
terbatas dan menimbulkan masalah lingkungan. Ulasan ini memberikan
state-of-the-art gambaran pada saat ini dikembangkan fi alami bre-diperkuat polimer
komposit berfokus pada hubungan struktur-properti dari serat fi, polimer yang berbeda
matriks digunakan untuk mengembangkan komposit, pertunjukan mekanik mereka, berbeda
teknik fabrikasi komposit, dan aplikasi komposit tersebut dalam berbagai
bidang. Isu-isu kritis dari biokomposit juga telah dibahas bersama dengan mereka
kelebihan dan kekurangan.
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