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Submitted
7 December 2018
Accepted
30 May 2019
Published
30 May 2019
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Abstract

Combideck slab was a floor slab that used a steeldeck as positive reinforcement and as formwork that hold the flooring concrete cast. While combined with wiremesh as negative reinforcement, the combideck system even more efficient than half slab casting method for concrete flooring system (Siregar, 2010). However, there is no standard method in Indonesia to analyze the flexure capacity of combideck. This study compared 3-analysis method (ultimate, working stress and SDI-ANSI) to laboratory test result that already done by Kadir&Sudarmadi (2008). Based on the published data, this study analyzed the combideck section properties to determine the theoretical flexure capacity, than it compared to the test result for validation. Besides that, this study also evaluated the reduction factor from the all 3 method to laboratory test result. This study validated that the working stress and SDI-ANSI method were accurate to analyze the slip flexure capacity, but the ultimate method was accurate for maximum flexure capacity. Because of the theoretical capacity form all 3 method was slightly greater than the test result (SDI-ANSI= 5.79%, working stress= 4.83%, ultimate method = 5.72%), the reduction factor from this study resulted as =0.76.

Keywords

combideck flexure capacity Ultimate SDI-ANSI Working Stress kapasitas lentur gaya

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How to Cite
yuliantoo, hariadi. (2019). PERBANDINGAN METODE ANALISIS KAPASITAS LENTUR DAN FAKTOR REDUKSI PELAT COMBIDECK TERHADAP UJI LABORATORIUM. Teknisia, 23(2), 495–504. Retrieved from https://journal.uii.ac.id/teknisia/article/view/11749
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References

  1. Blue Scope Lysagth Indonesia. (2008). "SMARTDEK". Diambil kembali dari Blue Scope Lysagth Indonesia: http://www.tatabluescopesteel.com/SiteData/pdf/Decking%20smartdek_.pdf
  2. Kadir, A. M., & Sudarmadi. (2008). "Perilaku dan Kekuatan Pelat Lantai Komposit Beton-Metal Deck Terhadap Beban Lentur". Majalah Ilmiah BPPT M.P.I Vol.2 No.3, 232-240.
  3. Menon, D., & Sengupta, A. K. (2006). "Prestress Concrete Courses". Diambil kembali dari NPTEL Indian Instituse of Technology Madras: http://nptel.iitm.ac.in/courses/
  4. Nevile, A., & Brooks, J. (1987). "Concrete Technology". New York: Longman Scientific&Technology.
  5. SDI-ANSI. (2009). "C1.0-2006 Standard For Composite Steel Floor Deck". Diambil kembali dari Steel Deck Institute: http://www.sdi.org/ansi/NC1SDIANSI.pdf
  6. Segui, W. T. (2007)."Steel Design". Toronto: Nelson.
  7. Widaja, B. R. (1997). "Analysis And Design Of Steel Deck-Concrete Composite Slabs". Blackburg: Virgina Polytechnic Insitute and State University.