Asphalt self-healing capability is critical to the asphalt industry's sustainable development.
The paper attempts to explore the feasibility of waste engine oil (WEO) and polyphosphoric …

Four-point bending tests under strain-controlled mode were conducted on a stone matrix
asphalt. Fatigue properties were evaluated by comparing indexes and fatigue curves at …

Fatigue cracking has hitherto been a crucial constraint on the development of reclaimed
asphalt pavements attributed to the performance of rejuvenated asphalt binder. Therefore, it …

As a closed space, the functional requirements of the tunnel pavement are very different
from ordinary pavements. In recent years, with the increase of requirements for tunnel …

This paper evaluates the flexural static and cyclic behaviour of cement-treated mixtures of
reclaimed asphalt pavement (RAP) and lateritic soil (LS). Flexural strength and resilient …

Bitumen emulsion faces the major concern of low mechanical strength, especially at high
service temperatures. To improve the mechanical performance of bitumen emulsion …

Foamed asphalt refers to a bituminous mixture of road-building aggregates and foamed
bitumen, produced by a cold mix process. There are a lot of related issue that has not been …

Aiming to investigate the fatigue damage mechanism and bearing characteristics of multi-
pillar system under cyclic loading, a series of axial cyclic loading tests with different cyclic …

This study investigates the flexural fatigue behaviour of FBS mixtures at different
temperatures (11℃, 22℃ and 31℃) bitumen contents (2%, 3% and 4%), secondary binders …

The paper aims to evaluate the effectiveness of both distributed fibre optics sensors (DFOs),
and fibre Bragg grating sensors (FBGs) to acquire an accurate measurement of the flexural …