Abstract Weigh-in-motion (WIM) systems provide the opportunity to measure the weight of
vehicles, including individual axles, as they pass over the pavement. This study focuses on …

Accurate multi-parameter perception of pavement traffic load state is a prerequisite for smart
highway construction, which is essential in improving the level of road intelligence and …

Vehicle overloading seriously threatens the safety and long-term operation of global traffic
infrastructure. The emergence of computer vision-based non-contact weigh-in-motion (NC …

This paper investigates the effect of temperature on WIM-collected data using the steering
axle load spectrum (SALS) and two datasets. The first dataset, provided by the WIM system …

Coupling effects of various loading conditions can cause deflections, settlements and even
failure of in-service bridges. Although it is one of the most critical loads, unfortunately …

Weighing-In-Motion (WIM) technology is one of the main tools for pavement management. It
can accurately describe the traffic situation on the road and minimize overload problems …

Piezoelectric ceramics have good electromechanical coupling characteristics and a high
sensitivity to load. One typical engineering application of piezoelectric ceramic is its use as a …

With the aim of solving the problem of coal congestion caused by big coal blocks in
underground mine scraper conveyors, in this paper we proposed the use of a YOLO-BS …

The use of High Speed Weigh-In-Motion (HS-WIM) systems towards direct enforcement is
growing worldwide. Sensors can be implemented inside the roadway and directly weigh the …

The need to protect road infrastructure and the environment, as well as to increase the safety
of road users and to ensure fair conditions of competition in road transport, requires an …