Traffic load is a crucial but complicated factor in determining the in-service performance and
deterioration behavior of bridges. A better understanding of traffic loads in different traffic …

Weigh-In-Motion (WIM) systems dynamically measure vehicle weight, eliminating the need
for vehicle stoppage on static scales. These systems are the most convenient way to identify …

Broiler chickens are traditionally weighed by steelyard or platform scale, which is time-
consuming and labor-intensive. Broiler chickens usually exhibit stress-related behavior …

Traffic loads are very critical in bridge digital twins for assessing the deterioration state and
structural integrity of road bridges. The existing load rating methods are complicated and …

The Smart Parking System presents a transformative approach to addressing the
complexities of urban space management. Comprising interconnected layers-detection …

Abstract Weigh-in-motion (WIM) sensors allow to estimate the static force applied on each
wheel, respectively on each axle of the vehicle, as well as the total weight of the vehicle …

The transducers which are used for measuring force or weight are also called load cells.
Most of those transducers use strain gauges to measure the applied force. In this paper, a …

As we realize today, especially in metropolitan cities, locating a proper parking space for a
car is the biggest hassle. The time wasted searching for a parking space amplifies the …

In the present paper, a new analog filter is proposed to check with high accuracy the axle
load and gross vehicle weight of commercial vehicles moving at normal speed without …

Weigh-in-motion (WIM) sensors allow the control of vehicle weights without disruption of
traffic. By monitoring traffic and by reducing the number of overweight vehicles, the WIM …