Description |
1 online resource (255 pages) |
Contents |
Cover; Half Title; Title Page; Copyright Page; Dedication; Table of contents; Preface; Acknowledgments; Authors; 1 Pavements -- Overview; 1.1 What is a Pavement and Why Do We Need It?; 1.2 Layers and Their Functions; 1.3 Relevant Properties of Materials; 1.4 Factors that Influence the Life of Pavements; 1.5 Mix and Structural Design of Pavements; 1.6 Overview of the Role of Water in Pavement Performance; References; 2 Estimation of Surface Runoff from Storm Water; 2.1 Rational Method; 2.2 NRCS Curve Number (CN) Method (NRCS, 2004); References; 3 Estimation of Subsurface Water; References |
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4 Pavement Drainage Structures4.1 Sources of Water; 4.2 Typical Drainage Structures in Pavements; 4.3 Drainage Structures in Airports; 4.3.1 Detention and Retention Ponds; 4.4 Culvert; 4.4.1 Culvert Hydraulics; 4.4.1.1 Culvert Hydraulic Analysis and Design by HY8; 4.4.2 Repair and Rehabilitation of Culverts; 4.4.3 Culvert Economics; 4.5 Detention and Retention Ponds; 4.5.1 Estimating Discharge for Detention and Retention Ponds; 4.6 Surface Drainage System; 4.6.1 Inlets; 4.7 Subsurface Drainage -- Permeable Base Pavements Structures; 4.7.1 Design of Permeable Base |
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4.7.1.1 Materials for Permeable Base4.7.2 Design of Separator or Filter Layer; 4.7.2.1 Pipes; 4.7.2.2 Geotextile Separator Layer; 4.7.3 Design of Edgedrains; 4.8 Use of Software for the Design of Drainage Structures; References; 5 Factors that Govern the Flow of Water; 5.1 Hydraulic Conductivity; 5.2 Unsaturated Hydraulic Conductivity; 5.3 Flow of Water Through Pavement Layers; 5.4 Analytical Model for Predicting the Flow of Water in Pavements; 5.4.1 Model Description; 5.4.2 Model Calibration; 5.4.3 Model Application: Rainfall Simulation; References; 6 The Impact of Water in Pavements |
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6.1 The Impact of Water on Pavement Distress and Condition6.1.1 East-West Pennsylvania Turnpike, USA; 6.1.2 North-East Extension of Pennsylvania Turnpike, USA; 6.1.3 Interstate 40, Oklahoma, USA; 6.1.4 Will Rogers Parkway, Oklahoma, USA; 6.2 The Impact of Water on the Structural Strength of Pavements; 6.3 Flood Impact and Assessment of Impact on Roads; REFERENCES; 7 Subsurface Drainage Structures -- Construction and Maintenance; 7.1 Construction of Subsurface Drainage Systems; 7.1.1 Permeable Bases; 7.1.2 Unstabilized Permeable Bases; 7.1.3 Asphalt Stabilized Permeable Bases |
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7.1.4 Cement Stabilized Permeable Bases7.2 Separator Layer; 7.2.1 Aggregate Separator Layer; 7.2.2 Geotextile Separator Layer; 7.3 Longitudinal Pavement Edgedrains; 7.4 Trench and Pipe; 7.4.1 Location for Concrete Pavements; 7.4.2 Location for Asphalt Pavements; 7.5 Transverse, Lateral Outlet Pipes; 7.6 Headwalls; 7.7 Video Inspection; 7.8 Maintenance of Subsurface System; 7.9 Past Experience with Performance of Asphalt Treated Permeable Bases (ATPB); 7.10 Filter Design; 7.11 Geocomposite Drain; 7.12 Geocomposite Capillary Barrier Drain (GCBD) |
Notes |
7.13 Framework for Drainage System under New PCC Pavement |
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Print version record |
Subject |
Road drainage.
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Runoff.
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Road drainage
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Runoff
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Form |
Electronic book
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Author |
Kandhal, Prithvi S
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Kottayi, Nivedya Mandankara
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Mallick, Rajib Basu
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Veeraragavan, A.
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ISBN |
9781351135931 |
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1351135937 |
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