Heavy duty pavements are pavements subjected to the extremely heavy wheel loads associated with freight handling vehicles in industrial facilities, such as container terminals and warehouses. Heavy duty pavement need to handle many types of freight handling vehicles, such as forklifts, straddle carriers, gantry cranes and side loaders. The purpose of pavement design is to determine the number, material composition and thickness of different layers within a pavement structure required to accommodate a given loading condition.
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Heavy Duty Pavement Design
1. Heavy Duty Pavement Design Dr Wei Liu Senior Engineer Fugro-PMS Ltd, New Zealand
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22. Layer 1 HMA E 1 Layer 3 Subgrade Soil E 3 h 1 h 2 No bottom boundary, assume soil goes on infinitely. No horizontal boundary, assume layers extend infinitely. Tire has a total load P, spread over a circular area with a radius of a, resulting in a contact pressure of p. Pavement Reactions Deflection ( ) Tensile Strain ( t ) Compressive Strain ( v ) Layered Elastic Model Representation of a Pavement Layer 2 Granular Base E 2
Good afternoon, everyone. My name is Wei and I am an engineer from Pavement Management Services, New Zealand. Our company is a world leading technical consultant specialized in pavement management and transportation asset management. We provide a wide range of technical service to our clients including pavement condition testing, evaluation and design, highway asset inventory survey, pavement management system development and transportation asset management system development. Today, I will present you a short presentation on heavy duty pavement design. Hopefully, you can get some useful information from this.