Physical Model of Porous Concrete in Green Building According to TREES-NC
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Published:
Aug 31, 2017
Keywords:
Green building porous concrete physical model
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Abstract
This research studied on physical model of applications of porous concrete in green building according to TREES-NC standard. It was found that the applications of porous concrete in green building could be done according to TREES-NC standard which was modified from LEED standard and gained totally 13 points from various chapters; i.e. chapter 2 : site and landscape, chapter 5 : materials and resources and chapter 8 : innovation. The physical model of green building in this investigation was used for the scale of 1:25. Small size of gravel mixed with epoxy resin was used as porous concrete sample. After the model testing, it was found that water and air can be permeated very well through the porous concrete in green building physical model.
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References
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[2] Thanudkij Chareerat et.al. 14-16 May 2008. Porous concrete: Environmentally Friendly Concrete. The 13th National Convention on Civil Engineering. P. 296. (in Thai)
[3] Thai Green Building Institute. Thai’s Rating of Energy and Environmental Sustainability for New Construction and Major Renovation (TREES-NC). 26 September 2012. (in Thai)
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[6] Japan Concrete Institute, Proceedings of the JCI Symposium on Design, Construction and Recent Applications of Porous Concrete (2004) pp. 1-10.
[2] Thanudkij Chareerat et.al. 14-16 May 2008. Porous concrete: Environmentally Friendly Concrete. The 13th National Convention on Civil Engineering. P. 296. (in Thai)
[3] Thai Green Building Institute. Thai’s Rating of Energy and Environmental Sustainability for New Construction and Major Renovation (TREES-NC). 26 September 2012. (in Thai)
[4] Pantuda Phthipiroj, Guideline for Green Building Design According to Leadership in Energy and Environmental Design (LEED). (in Thai) (Source: http://www.coa.co.th)
[5] U.S. Green Building Council, LEED 2009 for New Construction and Major Renovation., July 2012.
[6] Japan Concrete Institute, Proceedings of the JCI Symposium on Design, Construction and Recent Applications of Porous Concrete (2004) pp. 1-10.