Temperature Regime of Concrete Structures with Continuous Cilindrical Shape
The forecast of temperature regime in continuous concret structures with cilindrical shape under heating casings application is considered in the paper. It is accepted that surface temperature of continuous cilinder goes up during the time in accordance with arbitrary rule T(R,T) = T0 + t(t), where T0 is initial temperature. In particular, the case of linear increasing of border temperature up to the fixed time is considered. Further the temperature is kept constant. The example of numerical calculation is provided. Obtained analytical solutions and graphs provide possibility to forecast temperature in concret structures within time and space.