Advanced Pavement Technology articles
Abstract
This paper describes the planning, design and construction of a permeable pavement as a practical demonstration of the benefits of eco-paving in Australian environmental management. The paper addresses the use of permeable pavements as part of a Water Sensitive Urban Design that allows infiltration of stormwater, reduction of pollutants and slow reticulation of the stormwater to an ecologically sensitive water system.
Management of the quantity and quali
B Shackel;J Ball
Abstract
Drainable or permeable pavement systems are rapidly gaining popularity in Japan because of the high level of precipitation and the growing need for measures against the deteriorating road environment. In the field of interlocking block pavements, highly-porous permeable systems are expected to be increasingly used for constructing walkways and other facilities. However, various issues remain to be solved, including the establishment of criteria for evaluating th
H Imai;T Tsukada;K Takahashi
Elmhurst College, a hundred-thirty-five year old private learning institution, is proceeding with a campus redevelopment project that will include a one hundred seventy bed residence hall. In addition, the college continues to be a role model for sustainable site design and an educational resource for both students and the community.
The need for additional housing, due to increased enrollment demanded creative ideas as supplied by long time planning p
Charles R Taylor
Advanced Pavement Technology
Advanced Pavement Technology
Advanced Pavement Technology
Advanced Pavement Technology
Sometimes everything doesn’t fit into the space allotted. This was the case with revitalizing Lower Cascades Park in the famous Indiana University basketball City of Bloomington (pop. 72,000). New life to a small, historic park included in
Indianapolis-based landscape architect Debra Schmucker, president of Cornerstone Planning & Design, was commissioned by the city to draw up plans for the revitalized park found the sixth man in permeable interlocking concrete pavement, 40,000 sf (4,000 m2) to be exact.
David Smith
Charles R. Taylor
