Keywords
Road engineering
Material regeneration
Submitted : 2022-10-22
Accepted : 2022-11-06
Published : 2022-11-21
Abstract
In order to promote the recycling of construction waste in China and reduce the cost of road engineering materials, this paper expounds on the technical indexes, road performance, durability, and the impact on the compressive strength of road engineering of construction waste recycled materials based on the analysis of the processing technology of construction waste recycled materials to provide reference for future research.
References
Zhang Z, Yang J, Wei Z, et al., 2022, Research on The Application of Construction Waste in Expressway. Construction Technology (Chinese and English), 51(04): 46–48 + 61.
Du T, Ma F, Ji L, et al., 2022, Research on the Application of Construction Waste Recycled Brick and Concrete Materials in Roadbed. Transportation Energy Saving and Environmental Protection, 18(01): 73–75 + 87.
Xu S, Liu M, 2021, Research on Application of Construction Waste Recycling Materials in Road Base. Sichuan Building Materials, 47(11): 35–36.
Du H, Wang C, Yu C, et al., 2021, Study on Microstructure of Cement Improved Construction Waste Recycling Materials. Subgrade Engineering, 2021(05): 81–84.
Zhou B, Wang F, Liu J, 2021, Current Situation and Prospect of Urban Construction Waste Recycling and Disposal Policy: A Case Study of Some Cities. Proceedings of Chinese Society for Environmental Science and Technology Annual Conference 2021 — Environmental Engineering Technology Innovation and Application Sub-conference, 525–527.
Lin J, 2021, Study on the Performance of Coarse Aggregate Concrete Recycled from Construction Waste. Jiangxi Building Materials, 2021(09): 38–39 + 42
Wu N, Yue Y, Wu S, et al., 2021, Proportion of New Roadbed Materials Produced by Collaborative Disposal of Sludge from Construction Waste. Architectural Technology, 52(07): 825–827.
Lu J, 2021, Influence of Construction Waste Recycled Fine Powder on Properties of Raw Soil Materials, dissertation, Beijing Architecture University. https://www.doi.org/10.26943/d.cnki.gbjzc.2021.000103
Yu M, Liao, Research on Key Technology of Construction Waste Backfilling Road Base Material. Urban Road Bridges and Flood Control, 2021(04): 30–33 + 38 + 11.
Sun W, 2021, Research on the Effect of Recycled Materials on Reducing Material Loss in Passive Building. Material Protection, 54(03): 195. https://www.doi.org/10.16577/j.cnki.42-1215/tb.2021.03.043
Liu Y, 2021, Research on the Development and Properties of Reclaimed Material Permeable Brick, dissertation, Shandong Agricultural University.
Wu X, 2019, Discussion on the Performance of Construction Waste Recycled Materials as Roadbed Filler. Building Materials and Decoration, 2019(24): 45–46.
Li W, 2019, Preliminary Experimental Study on Aggregate Concrete recycled from Construction Waste. Hubei Agricultural Science, 58(15): 66–67 + 114.
Ma W, Lian Y, Yang G, et al., Research on Recycled Concrete with Organic Fiber Additive from Construction Waste. China Housing Facilities, 2019(07): 16–17.
Yang F, 2019, Application Research of Construction Waste in Highway Engineering. Green Building Materials, 2019(06): 103–104.
Pan Y, Dong X, Liu Q, et al., 2019, Research on Backfilling Construction Technology and Application of Recycled Building Materials. Building Structure, 49(S1): 790–794.
Zhang X, Zhang M, Li Z, 2018, Large-Scale Consolidation Test analysis of Construction Waste Recycling Materials with Proportioning Ratio. Transportation Energy Saving and Environmental Protection, 14(05): 81–84.