Dissertation > Excellent graduate degree dissertation topics show

Hydrodynamic Behavior & Meterial Optimization Research of Bridge Deck Pavement in Moist Heat Areas

Author: WangDeQiang
Tutor: ShenAiQin
School: Chang'an University
Course: Road and Railway Engineering
Keywords: Composite deck pavement Power permeability coefficient Glass fiber Vibration Grading Multi - level interlocking shear graded VAC-13 MIAC-20
CLC: U444
Type: Master's thesis
Year: 2011
Downloads: 54
Quote: 0
Read: Download Dissertation

Abstract


Subtropical monsoon climate zone in Guangdong , the perennial hot and rainy , and with the rapid development of the economy , traffic volume overload has become a common phenomenon , the deck pavement diseases in this environment is very serious . Therefore , structural characteristics and conditions of use for the Guangdong region concrete girder bridge to carry composite deck pavement material optimization study has important theoretical and practical significance to improve the deck pavement performance and life . Depth survey analysis on the basis of disease types and causes of Guangdong regional climate , traffic conditions and deck pavement driven water behavior and pavement layer material to optimize the design of two -pronged approach to the study . Hydrodynamic behavior of of Deck Pavement water damage mechanism of the in-depth analysis , and the use of the research group developed multifunctional asphalt mixture dynamic seepage tester Water Damage control indicators - power , water permeability coefficient experimental research . Material optimization , on the basis of the traditional grading theory vibration Grading design design approach and multi-level interlocking shear level with design methods , increased momentum in the mix asphalt content determined permeability coefficient and dynamic stability degree two indicators , and division of labor based deck Pavement bit function mixing glass fiber waterproof VAC-13 and anti-rutting the MIAC-20 asphalt mixture mix Design and performance of its mechanics and road verified by experiments . Finally, the characteristics of Guangdong Province concrete girder bridge deck pavement , glass fiber asphalt mixture construction technology and quality control through physical works carried out , and the social and economic benefits analysis results show that has a higher cost , economic and significant social benefits, and suitable for use in large scale in the Guangdong region .

Related Dissertations

  1. Deformationand Strength Characteristics of Glass Fiber-Reinforced Soil Studied by Experiments,TU521.3
  2. GF / ACF circuit panel absorbing properties of composite materials,TB332
  3. Study on the Novel Proteolysis Strategies Based on Microfluidic Chips,R917
  4. Effects of Different Amount of Residual Tooth on the Anti-fracture Property under Lateral Loading in Fiber Post-core System,R783
  5. Toughened PA66 has excellent rigidity Research,TQ323.6
  6. Pore Structure Characteristics and Durability Analysis of Fiber Reinforced Concrete,TU528.572
  7. Preparation and Research on Spectral Properties of Bi-doped Silica-based Glasses,TQ171.1
  8. Zoucheng fiberglass E-glass fiber melt production line project run environmental studies,F426.72
  9. The waste PET has excellent rigidity toughness based engineering plastics,TQ323.4
  10. Prestressed glass fiber reinforced concrete bending members mechanical properties of normal section bearing capacity study,TU377
  11. Study on Philosophy and Experiment of Reinforced Concrete Bridges Strengthened with Reiforced Materials,U445.72
  12. RTM Preparation Technology and Mechanical Properties of Composite Pyramidal Truss Core Sandwich Structures,TB332
  13. Study on Glass Fiber Reinforced Poly (3-hydroxybutyrate-co-4-hydroxybutyrate) and Glass Fiber Surface Modification,TQ327.1
  14. Research on Glass Fiber and Resin Wettability,TQ320.1
  15. Investigation of Laminated Veneer Lumber Performance Reinforced with Pre-compressed Veneer,TS653.3
  16. Experimental study of drilling of glass fiber reinforced composites,TB332
  17. Preparation of Ammonia-Free Phenolic Molding Compounds,TQ323.1
  18. Preparation and Properties of Glass Fiber Reinforced Phenolic Molding Compounds,TQ323.1
  19. Research and Application of Insulated and Adiabatic Wall Materials with Cement-based,TU551
  20. GFRP reinforcement poles Experimental study of axial compression,TU366.2

CLC: > Transportation > Road transport > Bridges and Culverts > Bridge materials
© 2012 www.DissertationTopic.Net  Mobile