Pavement Analysis and Design. Yang H. Huang. 2da edición. 2003. RESUBIDO Mayo 2013!!!


AUTOR: Yang H. Huang,

TÍTULO: Pavement Analysis and Design

EDICIÓN: 2nd Edition

EDITORIAL: Prentice Hall

AÑO : 2003

ISBN: 0131424734

NÚMERO DE PÁGINAS: 792 pages

TIPO DE ARCHIVO: PDF

TAMAÑO: 183 mb

ALOJAMIENTO: http://WWW.MEDIAFIRE.COM

DESCARGA  :

CONTENIDO:

CHAPTER 1: Introduction
1.1 Historical Developments
1.2 Pavement Types
1.3 Road Tests
1.4 Design Factors
1.5 Highway Pavements, Airport Pavements, and Railroad Trackbeds
Summary
Problems and Questions
CHAPTER 2: Stresses and Strains in Flexible Pavements45
2.1 Homogeneous Mass
2.2 Layered Systems
2.3 Viscoelastic Solutions
Summary
Problems
CHAPTER 3: KENLAYER Computer Program
3.1 Theoretical Developments
3.2 Program Description
3.3 Comparison with Available Solutions
3.4 Sensitivity Analysis
Summary
Problems
CHAPTER 4: Stresses and Deflections in Rigids Pavements
4.1 Stresses Due to Curling
4.2 Stresses and Deflections Due to Loading
4.3 Stresses Due to Friction
4.4 Design of Dowels and Joints
Summary
Problems
CHAPTER 5: KENSLABS Computer Program
5.1 Theoretical Development
5.2 Program Descriptio
5.3 Comparison with Available Solution
5.4 Sensitivity Analysi
Summary
Problems
CHAPTER 6: Traffic Loading and Volum
6.1 Design Procedure
6.2 Equivalent Single-Wheel Load
6.3 Equivalent Axle Load Factor
6.4 Traffic Analysis
Summary
Problems
CHAPTER 7: Material Characterization
7.1 Resilient Modulus
7.2 Dynamic Modulus of Bituminous Mixtures
7.3 Fatigue Characteristics
7.4 Permanent Deformation Parameters
7.5 Other Properties
Summary
Problems
CHAPTER 8: Drainage Design
8.1 General Consideration
8.2 Drainage Materials
8.3 Design Procedure
Summary
Problems
CHAPTER 9 Pavement Performance
9.1 Distress
9.2 Serviceability
9.3 Surface Friction
9.4 Nondestructive Deflection Testing
9.5 Pavement Performance
Summary
Problems
CHAPTER 10: Reliability
10.1 Statistical Concepts
10.2 Probabilistic Methods
10.3 Variability
10.4 Rosenblueth Method
Summary
Problems
CHAPTER 11:Flexible Pavement Design

11.1 Calibrated Mechanistic Design Procedure

11.2 Asphalt Institute Method
11.3 AASHTO Method
11.4 Design of Flexible Pavement Shoulders
Summary
Problems
CHAPTER 12:Rigid Pavement Design
12.1 Calibrated Mechanistic Design Procedure

12.2 Portland Cement Association Method

12.3 AASHTO Method
12.4 Continuous Reinforced Concrete Pavements

12.5 Design of Rigid Pavement Shoulders
Summary
Problems
CHAPTER 13:Design of Overlays

13.1 Types of Overlays

13.2 Design Methodologies

13.3 Asphalt Institute Method

13.4 Portland Cement Association Method
13.5 AASHTO Method

Summary
Problems
APENDDIX A: Theory of Viscoelasticity
APENDDIX B: Theory of Elastic Layer Systems
APENDDIX C: KENPAVE Software
APENDDIX D: An Introduction to Superpave
APENDDIX E: Pavement Management Systems
APENDDIX F:  A Preview of 2002 Design Guide
APENDDIX G: List of Symbols
APENDDIX H: References

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