| Summary: | 碩士 === 國立臺北科技大學 === 土木與防災研究所 === 95 === In recent years the government vigorously carried out green construction and green building conforms to the ecology and the environmental protection demand, like soil water content, water resources , thus impetus permeable pavement. At present Engineering or academia mostly take the unit brick as the discussion objects, but the permeable concrete also has discussion and application, but often has permeability and strength both proper attention to both is not easy, therefore the discussion mixture design method gives dual attention to both by the time, for industry''s reference. incinerator bottom ash has increases day by day the tendency, expected can unify resources of the incinerator bottom ash to recycling, achieved disaster prevention, water cycle and the resource reuse forever the goal.
This research first receive the permeable concrete mixture design by Taguchi Method, in view of it slump, unit weight, porosity, percolation rate and the compressive strength carries on the experiment, and by the statistical analysis permeable concrete each test result, and by this result underlie, incinerator bottom ash substitution permeable graded the increase different proportion obtains the best substitution mix proportion, on the one hand expects conforms to the environment ecology; On the other hand may reduce demand of the natural aggregate, solve the situation of construction resources.
The result of study shows, under considering the permeable concrete quality multi-objective situation of permeability and adding the proportion of d Incinerator Bottom Ash can have enough permeability and compression strength, conforms to standard of the permeable pavement, also accord with the green building materials and applies regarding the permeable pavement material diversification in the traffic pavement provides the engineering more choice, then to the resource reuse, zero-waste and the metropolis water cycle also has quite the environment benefit.
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