Due to the inevitable exposure of bridges to complex ambient environment, the effects of
temperature variation on the structure itself should be considered. Accurate evaluation of the …

This paper presents an experimental research work to determine temperature gradients in
concrete bridge girders under natural environmental conditions. Three AASHTO Type I …

Since the bridges are subjected to complex environmental effects for a long period, it is
important to have an accurate evaluation of vertical temperature gradient in box-girders for …

Thermal effects on steel structures due to the direct exposure of solar radiation is one of
significant factors affecting the performance of structures. Nowadays, the corrugated web …

Although composite box‐girders with corrugated steel webs have been widely applied in
practical bridge constructions, the nonuniform temperature field in the composite box …

A thermal finite element study was carried out to investigate the temperature gradients in
bridges with precast concrete girders that subjected to the daily and seasonal environmental …

Spatial and temporal temperature variations in bridge structures due to changes in the
surrounding climate cause bridge expansion which, if restrained, may induce secondary …

This paper reports the full-scale experimental measurements of temperature distribution
over the surfaces of bridges' steel-concrete beams under the influence of positive and …

The implementation of machine learning techniques in structural health monitoring has
garnered significant attention in recent years due to their performance in nonlinear …

An experimental and analytical study was performed to determine the stability behavior of
prestressed concrete beams. Two stability phenomenons were investigated:(1) lateral …