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Found 3 from your keywords: subject="Mikrostruktur"
cover
ANALISIS LAJU KOROSI KEKERASAN DAN MIKROSTRUKTUR PADA AMC 3%PKSA DAN 1%SIC YA…
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Setiawan, Aditya Febri

Palm kernel shell ash (PKSA) is an abundant biomass material that can be utilized as a reinforcement for aluminum composites due to its low cost, environmental friendliness, and ability to enhance mechanical properties. This study develops an Aluminum Matrix Composite (AMC) based on Aluminium 6063 reinforced with 3% PKSA and 1% SiC to improve its strength and corrosion resistance. The composite…

Edition
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ISBN/ISSN
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Collation
xxiv, 84 hlm.; ilus.; tab.; 29 cm.
Series Title
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Call Number
T1899872025
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PENGARUH VARIASI W/B DAN FLYASH TERHADAP MIKROSTRUKTUR FOAMED CONCRETE
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Ridho, Muhammad Fadli

Foamed concrete termasuk kategori beton ringan (lightweight concrete), perbedaan foamed concrete dan beton konvensional adalah dengan mengganti agregat kasar pada beton konvensional dengan busa buatan (foaming agent). Penelitian ini memanfaatkan limbah fly ash sebagai bahan substitusi semen. Penelitian ini bertujuan mengetahui pengaruh variasi w/b dan penggunaan fly ash terhadap mikrostruktur f…

Edition
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ISBN/ISSN
-
Collation
xvii, 62 hlm.; ill.; tab.; 28 cm.
Series Title
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Call Number
T1080332017
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PENGARUH PERSENTASE FOAM DAN FLY ASH TERHADAP MIKROSTRUKTUR FOAMED CONCRETE
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Agusti P. L., Rahda

Beton ringan (light-weight concrete) adalah salah satu inovasi teknologi beton yang telah banyak diteliti, karena memiliki berat jenis yang lebih rendah dari beton konvensional. Foamed concrete juga termasuk kategori dari beton ringan, karena berat jenis dari foamed concrete memiliki range antara 300 - 1.850 kg/m3 (Thakrele, 2014). Penelitian ini memanfaatkan limbah fly ash sebagai bahan substi…

Edition
-
ISBN/ISSN
-
Collation
xx, 77 hlm.; ill.; tab.; 28 cm.
Series Title
-
Call Number
T1120482017
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