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Comparison Of Fine Aggregate To Mortar Strength Between Sand Awang Bangkal And Sand Barito

Khairil Yanuar, Abdul Hafizh Ihsani

2023enmortarsandconstructioncementstrength

Abstract

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The progress of developing building construction in our country affects the number of diverse building functions resulting in the number of buildings, the acceleration of the desired building, and the demand for higher-quality construction. Mortar is a mixture consisting of cement, fine aggregate, and water, with fine aggregate serving as a filler. This research was conducted at the Structure and Materials Laboratory of the Banjarmasin State Polytechnic, utilizing a data collection methodology that involved studying various sources such as journals, papers, and documentation. The study specifically examined the compressive strength of mortar using two types of sand: Pasir Barito and Pasir Awang Bangkal. The results indicated that at 3 days, the compressive strength for Semen Gresik Pasir Barito was 6.05 MPa. At 28 days, Semen Gresik sand Awang Bangkal achieved a compressive strength of 10.68 MPa. The findings concluded that Pasir Barito is classified in zone IV, while Pasir Awang Bangkal is in zone II, indicating varying qualities and suitability for mortar applications.

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Cite This Work

@article{99408edc-70a9-468e-a241-b8936e344086,
  title={Comparison Of Fine Aggregate To Mortar Strength Between Sand Awang Bangkal And Sand Barito},
  author={Khairil Yanuar and Abdul Hafizh Ihsani},
  year={2023},
  language={en}
}
TY  - JOUR
TI  - Comparison Of Fine Aggregate To Mortar Strength Between Sand Awang Bangkal And Sand Barito
AU  - Khairil Yanuar
AU  - Abdul Hafizh Ihsani
PY  - 2023
LA  - en
ER  -

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