DOI QR코드

DOI QR Code

Experimental Study on Physical and Mechanical Properties of Concrete with fine Waste Glass

잔골재로 폐유리를 혼입한 콘크리트의 물리.역학적 특성에 관한 실험적 연구

박승범;조청휘;김정환

  • Published : 2001.04.01

Abstract

Recently, as industrialization is rapidly growing and the standard of life is rising, the quantities of waste glasses have been hastily increased and most of them are not recycled but abandoned. It cause some problems such as the waste of natural resources and environmental pollution. Therefore, this study was conducted basic experimental research to analyze the possibilities of recycling of waste glasses(crushed waste glasses outbreaking from our country such as amber, emerald-green, flint and mixed) as fine aggregates for concrete. Test results of fresh concrete, slump and compacting factors decrease because grain shape is angular and air content increase due to involving small size particles so much in waste glasses. Also compressive, tensile and flexural strengths decrease with increase of the content of waste glasses. In conclusion, the content of waste glasses below 30% is reasonable and usage of pertinent admixture is necessary to obtain workability and air content.

Keywords

waste glass;recycling;compressive strength;tensile strength

References

  1. 건설교통기술연구보고서 건설폐기물의 재활용 및 처리기술개발 박승범외
  2. 包裝 ガラスりァスフルト包裝の長期供用性 內山(ほガ)
  3. 包裝 廢ガラスびんカレットを使用した薄層カラ-樹脂モルタル包裝 難波(ほか)
  4. Glass Bottle Recyding(パンフレット) ガラスびんリサイクル 促進協議會
  5. 再商品化ニュ-ス no.3 日本容器包裝リサイクル協會
  6. 第49回 セメント技術大會講演集 ガラス粉末を用いたモタルの强度特性 四川直宏(外)
  7. 旭硝子財團硏究成果報告 ガラス粉末の水和硬和性狀-廢ラスの建設素材としての基礎物性に關しる硏究 大門正機(外)
  8. 關東學院大學工學部硏究報告集 v.40-1 ガラス微粉末ガセメントモルタルの壓縮强度發現に及ぼす影響について 出雲淳一;影山後文
  9. 再資源化技術の開發狀況調査報告書 (ガラスびんカレットの他用途利用) クリ-ン·ジヤバン·センタ-
  10. Natur Struktur und Eigenscgaften Scholze, H.
  11. カレットの用途擴大事業報告書(カレットの 道路用骨材とレての適用性に關する評價) 日本機械工業聯合會;ガラスびんリサイクリング 促進聯合
  12. 건설교통기술연구보고서 99 전국 폐기물 발생 및 처리현황 환경부
  13. Use of Waste Materials and By-products in Road Construction OECD
  14. 신편토목재료학 박승범