More accurate assessment of safety can prevent unnecessary repair or replacement of existing bridges which in turn can result in great cost savings at network level. The allowance for dynamics is a significant component ...
Maximum loading on long-span bridges typically occurs in congested traffic conditions. As
traffic becomes congested car drivers may change lane, increasing the tendency for trucks to travel in platoons.
For long-span ...
This paper considers the problem of assessing traffic loading on road bridges. A database of European WIM data is used to determine accurate annual maximum distributions of load effect. These in turn are used to find the ...
To predict characteristic extreme traffic load effects, simulations are sometimes performed of bridge loading events. To generalize the truck weight data, statistical distributions are fitted to histograms of weight ...
Accurate traffic loading models based on measured data are essential for the accurate assessment
of existing bridges. There are well-established methods for the Monte Carlo simulation of single lanes
of traffic, and this ...
An examination of weigh-in-motion (WIM) data collected recently at sites in five European
countries has shown that vehicles with weights well in excess of the normal legal limits are
found on a daily basis. These vehicles ...
Many highway bridges carry traffic in two same-direction lanes, and modeling the
traffic loading on such bridges has been the subject of numerous studies. Different
assumptions have been used to model multiple-presence ...
Kernel density estimators are a non-parametric method of
estimating the probability density function of sample data. In this paper, the
method is applied to find characteristic maximum daily truck weights on
highway ...
The accurate estimation of site-specific lifetime extreme traffic load effects is an important element
in the cost-effective assessment of bridges. In recent years, the improved quality and increasing use of
weigh-in-motion ...
To assess the safety of an existing bridge, the traffic loads to which it may be subjected in its lifetime
need to be accurately quantified. In this paper the 75 year characteristic maximum traffic load effects are
found ...
Assessment of highway bridge safety requires a prediction of the probability of
occurrence of extreme load effects during the remaining life of the structure. While the
assessment of the strength of an existing bridge ...
Accurate traffic loading models based on measured weigh-in-motion (WIM) data are
essential for the accurate assessment of existing bridges. Much work has been
published on the Monte Carlo simulation of single lanes of ...