Kaewunruen, Sakdirat

Li, Dan

English

This project is aimed at studying the influence of incorporating recycled plastic and composite aggregate on the workability, mechanical property, water absorption, and electrical resistance of silica fume concrete. Secondly, the paper will evaluate the possibility to use recycled plastic concrete (RPC) in railway track application (i.e. traditional ballasted track and ballastless track). Two replacements (10% and 20%) of natural coarse aggregate by 3.35mm, 5.6mm and mixed size recycled plastic aggregate are introduced. The experimental results confirm that the workability is improved with an increase in the plastic aggregate replacement. In addition, it is found that mechanical strength and durability in terms of water permeability are reduced, whilst electrical resistance is improved. The result also reveals that application of this environment friendly recycled plastic concrete in railway tracks sustainably can improve ability to absorb vibration energy of railway system

University of Birmingham Research Portal

Mechanical properties of concrete with recycled composite and plastic aggregates

http://pure-oai.bham.ac.uk/ws/files/90748457/8114_geomate_concrete.pdf

Mechanical properties of concrete with recycled composite and plastic aggregates

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University of Birmingham Research Portal