Sentence examples for concrete heat from inspiring English sources

(12 where ( {{uplambda }}_{text{ref}} ) is the reference concrete heat conductivity measured for a given temperature e.g., Tref = 20 °C.

Once the temperature distribution is determined, the concrete heat intrusion point can be easily acquired according to the heat intrusion temperature.

Once the heat intrusion temperature is determined, the concrete heat intrusion point is obtained through the distribution of temperature, and the heat intrusion radius is achieved.

The concrete heat of hydration parameters H u, τ, β, α u, and E a are then calculated based on the concrete mixture proportions and the constituent material properties.

To illustrate the concrete heat conduction problem, an example is simulated with FEM to study concrete surface cracks caused by temperature changes during the entire process of pouring concrete, and the example is discussed to demonstrate how the concrete cracking process results from temperature decreases.

Based on the thermal characteristics of the early-opening conductive heated pavement system and the experimental thermal conductivity results for the protective concrete, heat transfer analysis was performed on a full-scale sample; here, the separation distance between the copper plates in the base concrete layer (1000, 1250, and 1500 mm) was used as a variable.

Early-age concrete, heat-treated by radio waves, have a denser microstructure with a higher gel-pore content and more C-S-H phases than untreated concrete.

The concrete heating and cooling was accompanied by cracks developing the concrete surface due to the temperature difference between the concrete center and exterior, which created thermal stresses.

The DMA results showed that the dynamic mechanical properties of the standard cured AASC were higher than the natural cured AASC when concrete heated from −45 °C to 250 °C.

Since concrete heats and contracts as it cures, the potential for uneven cooling and contraction of the concrete posed a serious problem.

Like the older diabatic plants, Adele would use salt cavern compressed air storage — its planners are focusing on a suitable site near Stassfurt, a city in the state of Sachsen-Anhalt — but the consortium says the addition of the ceramic-concrete heat storage units should raise the efficiency of the whole system to above 60 percent.