Bending Performance of Half-Slab Styrofoam Mortar with Glazed Nylon Fiber

This paper scrutinizes bending performance of light weight half-slab mortar against bending and punching load. To produce the slab, 30 % round bud Styrofoam was used as fine aggregate substitution. Besides, glazed nylon fiber was applied to increase its tension strength and cavities at tension area...

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Published inCivil and environmental engineering (Berlin) Vol. 17; no. 1; pp. 50 - 57
Main Authors Solikin, Mochamad, Falah, Muhammad Fajrul, Sunarjono, Sri, Hidayati, Nurul, Trinugroho, Suhendro, Sutanto, Muslich Hartadi, Asnan, Muhammad Noor
Format Journal Article
LanguageEnglish
Published Sciendo 01.06.2021
Subjects
Cavities
Fiber
Half-slab
Light-weight mortar
Styrofoam
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Abstract This paper scrutinizes bending performance of light weight half-slab mortar against bending and punching load. To produce the slab, 30 % round bud Styrofoam was used as fine aggregate substitution. Besides, glazed nylon fiber was applied to increase its tension strength and cavities at tension area of slab were also created. This method results in the significant reduction of self-weight of half-slab, while the cavities do not affect its bending performance and the fiber increases its ductility. Furthermore, the lower result of punching test should not to be a disadvantage as the slab is primarily to be used as a formwork.
AbstractList This paper scrutinizes bending performance of light weight half-slab mortar against bending and punching load. To produce the slab, 30 % round bud Styrofoam was used as fine aggregate substitution. Besides, glazed nylon fiber was applied to increase its tension strength and cavities at tension area of slab were also created. This method results in the significant reduction of self-weight of half-slab, while the cavities do not affect its bending performance and the fiber increases its ductility. Furthermore, the lower result of punching test should not to be a disadvantage as the slab is primarily to be used as a formwork.
Abstract This paper scrutinizes bending performance of light weight half-slab mortar against bending and punching load. To produce the slab, 30 % round bud Styrofoam was used as fine aggregate substitution. Besides, glazed nylon fiber was applied to increase its tension strength and cavities at tension area of slab were also created. This method results in the significant reduction of self-weight of half-slab, while the cavities do not affect its bending performance and the fiber increases its ductility. Furthermore, the lower result of punching test should not to be a disadvantage as the slab is primarily to be used as a formwork.
Author Sutanto, Muslich Hartadi
Solikin, Mochamad
Sunarjono, Sri
Trinugroho, Suhendro
Hidayati, Nurul
Falah, Muhammad Fajrul
Asnan, Muhammad Noor
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Abstract This paper scrutinizes bending performance of light weight half-slab mortar against bending and punching load. To produce the slab, 30 % round bud...
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SubjectTerms Cavities
Fiber
Half-slab
Light-weight mortar
Styrofoam
Title Bending Performance of Half-Slab Styrofoam Mortar with Glazed Nylon Fiber
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