Lightweight concrete as covers on floating house platforms made from expanded polystyrene system (EPS) material
Wahyudi S.I., Adi H.P., Pratikso, Cahyono D.B.
Abstract
Floating houses can be utilized in coastal areas as they are equipped with platforms made from expanded polystyrene system (styrofoam) and lightweight concrete covers. A lightweight concrete cover on a floating house platform made from styrofoam can improve the feasibility of housing in terms of strength, comfort and cleanliness. This research aims to obtain mixture that meet the weight and compressive strength requirements of lightweight concrete and produce them as covers on floating houses platform. The compositions of lightweight concrete materials in this research use volume ratios of 1 Pc: 2 Sand: 3 Styrofoam, 1 Pc: 1.5 Sand: 2.5 Styrofoam and 1 Pc: 1.25 Sand: 2.75 Styrofoam. The research results show that the concrete made with styrofoam qualifies as lightweight concrete with average volume weight of concrete produced between 1000-1300 kg/m3. The lightest concrete weight (1097.88 kg/m3) could be obtained from variations of mixture of 1 Pc: 1.25 Sand: 2.75 Styrofoam, The highest concrete compressive strength results were obtained from the mixture of 1 Pc: 2 Sand: 3 Styrofoam (119.26 kg/cm2). The variations of concrete mixture of 1 Pc: 2 Sand: 3 Styrofoam can be considered as lightweight concrete (≤ 1900 kg/m3).
Stabilitas Struktur dan Siitem Sambungan pada Platform Apung dengan Bahan Expanded Polystyrene
Adi H. P.
Model Comparison of The Floating Foundations for The Development of Floating Houses
Adi H. P., Haji S., Ni'am M. F., Adi H P., andNi'am M F., Haji S
Beton Ringan dari Campuran Styrofoam dan Serbuk Gergaji dengan Semen Portland 250, 300 dan 350 kg/m3
Anugraha R. B., Mustaza S., Anugraha R.B, Mustaza S
No Title
Ala P, Arruan H., Ala P, Arruan H
Analisa Teknis Dan Ekonomis Pengembangan Industri Rumah Apung Sebagai Pendukung Wisata Bahari Indonesia
Putra D. C. M., Putra D.C.
No Title
Adi H. P., Asrasal A., Heikoop R., Wahyudi S. I.
Mathematical analysis and experimental testing of floating building platform prototypes made from expanded polystyrene system (Styrofoam) and lightweight concrete
Adi H.P., Handayani F., Wahyudi S.I.
An Analysis of Plastic Barrels as a Platforms Material of Floating House in Coastal Areas
Adi H.P., Haji S., Ni'Am M.F., Wahyudi S.I., Adi H.P., Haji S., Ni'Am M.F., Wahyudi S.I., Adi H.P., Haji S., Ni'Am M.F., Wahyudi S.I.
Comparison analysis of expanded polystyrene system (eps) and polyvinyl chloride (pvc) pipe as platform material of floating buildings in the coastal areas of Semarang
Caqqul Islam M., Imam Wahyudi S., Pratiwi Adi H., Singgih Sudarmono C., Caqqul Islam M., Imam Wahyudi S., Pratiwi Adi H., Singgih Sudarmono C., Caqqul Islam M., Imam Wahyudi S., Pratiwi Adi H., Singgih Sudarmono C.
Handling Solution Tidal Flood in Kaligawe Area by Polder System Drainage
Adi H. P., Lekkerkerk J., Wahyudi S. I., Adhi Lekkerkerk J., Wahyudi S I.
Yuan J., He H., Wu T., Wang S., Yang J., Xu K., Wang B., Liu J., Wang Y., Yu J., Qiao H.
Sustainability Switzerland
Wang X., Xu J., Li W.
Gongneng Cailiao Journal of Functional Materials
