Author:
Publisher:
ISBN:
Category : Bridges
Languages : en
Pages :
Book Description
Low Impact Bridge Replacement
Coalbank Slough Bridge Replacement, Oregon Coast Hwy, Coos County
SR-77 Fore River Bridge Replacement, Portland to South Portland
M-106, Portage River Bridge Replacement, Jackson County
FAS-1197 Grading, Bridge Replacement, Bourbon County
Pennsylvania Ave Bridge Replacement, Sheboygan
Cape Arago Hwy, South Slough Bridge Replacement, Coos County
The Low Impact Alternatives to Bridge/pathway Construction
Author: Matthew Coan
Publisher:
ISBN:
Category :
Languages : en
Pages :
Book Description
ABSTRACT: This study examines the impacts, positive and negative, that various materials and installation processes have on the environment when applied to pathway and bridge construction. The literature review, covers traditional materials used in for these types of projects. Materials reviewed include concrete, pervious concrete, steel, wood, asphalt, crushed stone, mulch, and brick pavers. Traditional construction techniques are described and evaluated for their low impact performance. Low impact is defined in this study as minimal area surrounding the construction work being impacted by both square footage and weight equipment and material needed to build the pathway. With regard to bridge construction top down construction technique is compared to traditional pedestrian bridge construction techniques. The top down method has less of an environmental impact on the underlying and surrounding area than that of traditional methods. The data in the literature review was obtained through various sources determining the make-up of each material and the cost and materials needed to have it installed. Overall, the study will bring further insight to evaluating construction methods based on a low impact performance matrix.
Publisher:
ISBN:
Category :
Languages : en
Pages :
Book Description
ABSTRACT: This study examines the impacts, positive and negative, that various materials and installation processes have on the environment when applied to pathway and bridge construction. The literature review, covers traditional materials used in for these types of projects. Materials reviewed include concrete, pervious concrete, steel, wood, asphalt, crushed stone, mulch, and brick pavers. Traditional construction techniques are described and evaluated for their low impact performance. Low impact is defined in this study as minimal area surrounding the construction work being impacted by both square footage and weight equipment and material needed to build the pathway. With regard to bridge construction top down construction technique is compared to traditional pedestrian bridge construction techniques. The top down method has less of an environmental impact on the underlying and surrounding area than that of traditional methods. The data in the literature review was obtained through various sources determining the make-up of each material and the cost and materials needed to have it installed. Overall, the study will bring further insight to evaluating construction methods based on a low impact performance matrix.