The reasons why the producing of the difference in temperature distributing and thermal stresses of box aqueduct under solar radiation are analyzed. The difference in temperature distributing and thermal stresses are effectively simulated by the finite element software ANSYS.The calculation results indicate that concrete box aqueduct body inter-surface whatever along the longitudinal and transverse will produce considerable thermal stresses under solar radiation, and its value has exceeded the design of concrete tensile strength. Therefore, the thermal stresses under the solar radiation must be considered in the design of box aqueduct body structural. We should appropriately configure temperature reinforcing steel bar.</jats:p
Bridge structures are exposed to severe environmental conditions over their lifetime as they are con...
An aqueduct is a water conveyance structure that enables channel flow across canals, valleys, depres...
This paper aims to carry out the condition assessment on solar radiation model and thermal loading o...
According to the codes of practice for design of concrete structures, the effect of solar radiation...
Solar radiation developing non-linear temperature distribution at the depth of the concrete structur...
Severe cracks have been found in several box-girder bridges in Sweden, with the cracks being more fr...
At present, there are few studies on the thermal effect of solar radiation on a separated double-sid...
Spatial and temporal temperature variations in a concrete structure due to variations in the surroun...
Bridges are generally affected by thermal loads which include the daily cycle, seasonal cycle and an...
Uneven exposure to e.g. solar radiation can cause temperature differences between various structural...
A full-scale 3D thermo-mechanical Finite Element (FE) model was conducted in this research to invest...
Concrete filled steel tubular (CFST) composite girder is a new type of structures for bridge constru...
Uneven exposure to e.g. solar radiation can cause temperature differences between various structural...
To investigate the secondary stress of orthotropic steel decks (OSD) induced by thermal gradient in ...
When the temperature changes in the environment the temperature will also change in a structure. Com...
Bridge structures are exposed to severe environmental conditions over their lifetime as they are con...
An aqueduct is a water conveyance structure that enables channel flow across canals, valleys, depres...
This paper aims to carry out the condition assessment on solar radiation model and thermal loading o...
According to the codes of practice for design of concrete structures, the effect of solar radiation...
Solar radiation developing non-linear temperature distribution at the depth of the concrete structur...
Severe cracks have been found in several box-girder bridges in Sweden, with the cracks being more fr...
At present, there are few studies on the thermal effect of solar radiation on a separated double-sid...
Spatial and temporal temperature variations in a concrete structure due to variations in the surroun...
Bridges are generally affected by thermal loads which include the daily cycle, seasonal cycle and an...
Uneven exposure to e.g. solar radiation can cause temperature differences between various structural...
A full-scale 3D thermo-mechanical Finite Element (FE) model was conducted in this research to invest...
Concrete filled steel tubular (CFST) composite girder is a new type of structures for bridge constru...
Uneven exposure to e.g. solar radiation can cause temperature differences between various structural...
To investigate the secondary stress of orthotropic steel decks (OSD) induced by thermal gradient in ...
When the temperature changes in the environment the temperature will also change in a structure. Com...
Bridge structures are exposed to severe environmental conditions over their lifetime as they are con...
An aqueduct is a water conveyance structure that enables channel flow across canals, valleys, depres...
This paper aims to carry out the condition assessment on solar radiation model and thermal loading o...