Publications

This report describes the conduct of field trials involving repeated weighing of four different Oversize Overmass (OSOM) vehicle combinations using portable scales.

Reliable live traffic data collection is crucial for effective pavement life prediction, fatigue estimation, vibration control, maintenance, and condition assessment of the bridge structures. Bridge weigh-in-motion (BWIM) is a technology utilising a…

At 1.76km long, the Rakaia River Bridge is the longest bridge in New Zealand. When combined with the Rangitata River Bridges (identical structural form), these structures comprise 223 spans and over 2.7km of reinforced concrete bridge on State…

This report provides a methodology to establish an Australian (and potentially a New Zealand) weigh?in?motion (WIM) network.

This project has involved the collection into a single database of all available WIM data and the interrogation of that database to provide information on speed and mass compliance by two selected vehicle types Results of this work must be treated…

A Weigh-in-Motion (WIM) system is defined as a device that measures the dynamic axle weight of a moving vehicle to estimate the corresponding static axle mass. This report documents the status of WIM technology, focusing on Australia's situation.…

The Review of Axle Spacing/Mass Schedules report covers vehicles conforming to RoRVL Option C axle mass limits in the General Access and Restricted Access classifications proposed by Austroads. The report`s considerations and recommendations only…