Novel Cementitious Materials for Geotechnical Applications -Vibration Resistant Sprayed Concrete for Rock Tunnel Lining and Self compacting Backfill for Slope Upgrading Works

Martin M K Kwong, H. Zhu, Eric X R Chen, I. M. Sham, Ivan H H Chan, Chris C W Chan, S. N. Goh
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Abstract

Innovations in material sciences create new opportunities to enhance the ways of construction in the geotechnical field. By streamlining the conventional construction procedures with the application of new materials, more efficient, more cost-effective and safer construction could be achieved. Two material development projects have been launched by the Geotechnical Engineering Office (GEO), Civil Engineering and Development Department, the Government of the Hong Kong Special Administrative Region, China, and the Nano and Advanced Materials Institute (NAMI) was commissioned to develop the vibration resistant sprayed concrete (VRSC) and the self-compacting backfilling material. This paper presents the development of the two novel materials with particular highlights on the benefits of their applications in rock tunnels and slope upgrading works respectively and addresses the potential development in further applications of the novel materials in the fields.
岩土工程应用的新型胶凝材料——岩石隧道衬砌的抗振动喷射混凝土和边坡改造工程的自密实回填土
材料科学的创新为提高岩土工程领域的施工方式创造了新的机会。通过应用新材料简化传统的建造程序,可以实现更有效、更经济、更安全的建造。中国香港特别行政区政府土木工程拓展署岩土工程办事处(GEO)已展开两项材料发展计划,并委托纳米及先进材料研究所(NAMI)开发抗振喷射混凝土(VRSC)和自密实回填材料。本文介绍了这两种新材料的发展,特别强调了它们在岩石隧道和边坡改造工程中的应用,并讨论了新材料在该领域进一步应用的潜在发展。
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