Piezoelectric energy harvesters (PEHs) convert mechanical energy into electrical energy
providing a new method for road infrastructure energy self-consistency. However, the …

Recent developments in entirely flexible and wearable electronics and healthcare
necessitate that these are battery-free/self-powered. In this regard, energy harvesting ie the …

The traffic environment contains tremendous mechanical energy due to the dynamic loads of
moving vehicles which can be converted into electricity by using piezoelectric materials …

The world's energy crisis and environmental pollution are mainly caused by the increase in
the use of fossil fuels for energy, which has led scientists to investigate specific cutting-edge …

A large amount of solid waste, such as steel slag (SS), is generated annually. At the same
time, the shortage of road construction materials is becoming a concern. In this study, to …

Microwave heating (MH) can effectively repair the cracks caused by low temperatures in
asphalt pavements. This study aims to further recommend the moment of the implementation …

In recent years, research on road piezoelectric energy harvesters (RPEH) has made great
progress in the field of road vibration energy harvesting. However, the research on the …

Piezoelectric energy harvesters (PEHs) have attracted considerable attention in fields such
as energy harvesting and motion monitoring due to their high electromechanical conversion …

This paper presents a comprehensive eco-efficiency assessment for six promising long-life
asphalt pavement (LLAP) designs as a structural system, including the full-depth (FD), thick …

In road engineering, the applications of piezoelectric ceramics on road energy harvesting or
electronic sensing have drawn many attentions. However, the application potential of …