| 英文摘要 |
Government at present gives all-out for the future objective of sustainable Taiwan. This study was treated the direction of sustainable reuse problem of the geotechnical and water-resource environment and the construction hybrid. In the case of the construction hybrid, both the discard concrete block demolished from pedestrian and the failure quartz porcelain tile produced from the china and porcelain furnace are taken as aggregates. The aggregate binder is the acrylic-epoxy resin called EK307 developed by the Lau-In Construction Company. This combination of aggregate and binder is provided as environment reuse permeation pavement. The physical test of aggregate, tests for mechanical properties and failure behavior to the aggregate, the permeation test of in-site precipitation simulation and the discard test of suspensive solid are to investigate the pavement property. The results of the present study provide the sustainable reuse of the geotechnical and water-resource environment and the construction hybrid and also provide the reference of future study.
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