With the rapid population growth, the annual plastic waste generation is increasing. There is
a dire need for reusing plastic waste. If plastic waste is not recycled it ends up in landfills; …

The paper examines the quantitative influence of uncertainty in the estimate of geosynthetic
reinforcement stiffness on numerical outcomes using analytical solutions for a) the maximum …

Recognizing the need for sustainable and long-lasting structures, reliability-based designs
have been gaining acceptance in the pavement engineering community. The Reliability …

Analytical and numerical solutions for the problem of geosynthetic-reinforced fills over a void
have been the subject of investigation for the last four decades. A common feature of this …

Through a simple performance dynamic modulus test (SPT), standard rutting test, Hamburg
rutting test, French rutting test and asphalt pavement analyzer rutting test, the rutting …

This study investigates the establishment and calibration method of the rut depth (RD)
prediction model of inverted asphalt pavements (IAPs), based on full-scale accelerated …

This paper presents a simple yet efficient approach for the reliability-based design of flexible
pavements, based on the concept of quantile-values. The reliability-based approaches …

This paper presents recommendations for an optimal pavement design. For this purpose,
eight optimization models were developed, each corresponding to a different type of …

The structural design parameters of asphalt pavement inherently possess randomness.
Reliability theory aids in considering the stochastic nature of these parameters in asphalt …

This study investigates the effect of variability of layer thickness and elastic modulus of
pavement materials on the reliability of flexible pavement structural performance with …