Advanced Materials Research in Pavement: Fatigue crack behavior in asphalt concrete pavements with different polymer modifiers - Image 1

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LAP Lambert Academic Publishing Advanced Materials Research in Pavement: Fatigue crack behavior in asphalt concrete pavements with different polymer modifiers

Name: Advanced Materials Research in Pavement: Fatigue crack behavior in asphalt concrete pavements with different polymer modifiers
Brand: LAP Lambert Academic Publishing
Price: 54.0 GBP
Availability: InStock

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A study has been conducted at Hong Kong Polytechnic University to develop a procedure to better predict long-term performance of asphalt concrete pavements. To achieve this end, complicated finite element techniques are employed and parametric studies are performed. The fatigue destructive mechanics (fracture mechanics and damage mechanics) are used to develop a 3D Finite element model that can be applied to characterize the nonlinear properties of the asphalt concrete materials. A set of materials tests is preformed to evaluate various bituminous wearing course materials by using Universal Servo Pneumatic Testing System in Hong Kong Road Research Laboratory such as indirect tensile modulus, dynamic creep, indirect tensile fatigue and wheel tracking. The materials for this study comprise conventional asphalt concrete wearing course (ACWC) and stone mastic asphalt (SMA) with a virgin 60/70 bitumen and different modified bitumen (Polypropylene, Crumb rubber, Cellulose fiber, Asbestos fiber and Gilsonite).

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 3659141828
Category: Books > Subjects > Science, Nature & Maths > Engineering & Technology > Civil Engineering > Environmental
Domain: Amazon UK
Release Date: 29 May 2012
Listed Since: 03 June 2012

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LAP Lambert Academic Publishing Advanced Materials Research in Pavement: Fatigue crack behavior in asphalt concrete pavements with different polymer modifiers

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LAP Lambert Academic Publishing Advanced Materials Research in Pavement: Fatigue crack behavior in asphalt concrete pavements with different polymer modifiers

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