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The appliance of interval calculus in estimation of plate deflection by solving Poisson's bisquared partial differential equation

机译:区间演算在解泊松双平方偏微分方程中估计板变形中的应用

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The work analyzed the appliance of interval calculus connected to estimation of elements deflection done by reinforced concrete. The simply supported reinforced concrete plate was taken as an example. The plate was loaded by load per unit area. Knowing that there are several parameters that influence the plate deflection, we showed the calculus where the mentioned parameters were given at a certain interval. The results (the final values of deflection) we also got in the form of intervals so it was possible to follow the direct influence of a change of one or more entering parameters on deflection values by using one model and one caculus.
机译:这项工作分析了区间演算的应用,该演算与钢筋混凝土完成的单元挠度估算有关。以简单支撑的钢筋混凝土板为例。通过每单位面积的载荷来加载板。知道有几个参数会影响板的挠度,我们展示了演算,其中提到的参数以一定的间隔给出。结果(挠度的最终值)也以间隔的形式获得,因此可以通过使用一个模型和一个微积分来跟踪一个或多个输入参数的变化对挠度值的直接影响。

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