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Australia-TAS-FORCETT Company Direktoryo
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Company News :
- Numerical Study on the Effect of Climate Parameters on the Extreme . . .
This objective is achieved through the investigation of the relationship that occurs between climate parameters and the resulting thermal extremes An advanced finite-element platform was used to model the thermal performance of a concrete box girder
- The effect of projected air temperatures on concrete box girders . . .
Therefore, this study evaluated the effect of meteorological conditions on thermal gradients in seven different climate regions, each represented by a specific city, to better understand how climatic variations affect the performance of concrete box girders
- Mean Temperatures and Thermal Variations and Gradients on Concrete Box . . .
In this study, the temperature distributions, variations, and gradients were investigated for a concrete box girder for different Canadian climate regions
- (PDF) Temperature Distributions and Variations in Concrete Box-Girder . . .
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
- Temperature Field and Gradient Effect of a Steel‐Concrete Composite Box . . .
Previous research on the temperature effect of composite box girder bridges focused on monitoring during the sunshine period, and most of that work ignored the influence of cooling at night In this paper, the steel-concrete composite box girder bridge is continuously measured in a day
- Investigation of concrete box girder positive temperature gradient . . .
In order to investigate the long-term thermal effects on concrete box girders, numerical simulations of 2-year thermal actions in respect of seven different regions have been conducted in this paper
- Effect of Climate Change on Thermal Loads in Concrete Box Girders . . .
To demonstrate the methodology, future climate conditions are projected for two locations across Canada (Toronto and Whitehorse), whereas the resulting thermal loads acting on the bridge are determined during heat waves, cold waves, and periods of high daily temperature variation
- Time-varying non-uniform temperature distributions in concrete box . . .
The theoretical results of the finite element model (FEM) are verified by measured data Based on this, a series of FEMs of concrete box girders are established considering regional influences, and the temperature gradients of concrete box girders in different climatic zones in China are studied
- Temperature Gradient and Its Effect on Long‐Span Prestressed Concrete . . .
Temperature variations in the girder at two cross-sections of a long-span prestressed concrete box girder bridge (PCBG) were analysed based on measured data
- Numerical Study on the Effect of Climate Parameters on the Extreme . . .
This paper presents an experimental research work to determine temperature gradients in concrete bridge girders under natural environmental conditions
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