nnovative Design Strategy Incorporating Temperature Effect on the Pennsylvanian Pavements

Journal Title: International Journal of Civil Engineering - Year 2018, Vol 7, Issue 6

Abstract

The objective of this research is to develop an innovative design strategy capable of handling the temperature variations in the asphalt concrete layers. This strategy handles weak soils specific to Pennsylvania using a wide variety of variables consisting of standard deviations, traffic, MR, Delta PSI, surface course, base course. and subbase materials. For all designs, the surface course, and the base course contain minimum thicknesses as a function of traffic. The efficacy of expansive soil-limestone as subbase material was evaluated by designing and estimating flexible pavement thicknesses. The modified strength coefficients were used for designing the pavement sections in Pennsylvania. Based on this paper, it can be concluded that the subbase thickness has (i) a linear relationship with the structural number, and (ii) a nonlinear relationship with the change in serviceability index and the resilient modulus. In this innovative design strategy, the effect of temperature is built into the structural number. This is achieved by appropriately modifying the strength coefficient for the asphalt concrete layer.

Authors and Affiliations

Hamza Al-Ayaydah, Robert M. Brooks

Keywords

Related Articles

STUDY OF MECHANICAL PROPERTIES OF CONCRETE USING SYNTHETIC AND STEEL FIBER

Fiber reinforce concrete is a family of composite materials that combine the high compressive strength properties of cement mortars with significantly increased impact, flexural and tensile strengths imparted by the fibe...

THE CHANGES OF TRAFFIC FLOW ON FIRST BUS RAPID TRANSIT ROUTE IN HANOI, VIETNAM

The first Bus Rapid Transit system finally opened on December 31, 2016, ten years after the planning started. With funding and consultant of the World Bank, Bus Rapid Transit was expected to be a solution to solve traffi...

INVESTIGATE ABOUT SOME MECHANICAL PROPERTIES OF HARDENED CONCRETE WITH PLASTIC AND METAL TRASH

Many research works went to investigate about concrete properties contains metal and plastic trash, to improve some mechanical properties of concrete in tension and flexural, in addition, to use this trash as an admixtur...

SUSTAINABLE MASS HOUSING IN INDIA, ISSUES AND CHALLENGES

India is one of the fast urbanizing countries in the world. Being a developing country, India’s urban population is increasing and estimates forecasts that by 2041, urban population country reaches 50%. In this context i...

INFLUENCE OF TRANSVERSE HOLE ON FLEXURAL STRENGTH OF RC BEAM

Height limitations are not uncommon in multi-storey buildings due to economic requirements and esthetical considerations. Substantial spaces are normally required to enable the passage of large pipes and ducts beneath RC...

Download PDF file
  • EP ID EP410450
  • DOI -
  • Views 145
  • Downloads 0

How To Cite

Hamza Al-Ayaydah, Robert M. Brooks (2018). nnovative Design Strategy Incorporating Temperature Effect on the Pennsylvanian Pavements. International Journal of Civil Engineering, 7(6), 1-8. https://europub.co.uk/articles/-A-410450