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- 2024-11-19
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Extreme Loading for Structures or ELS from Applied Science International or ASI is a software for analyzing and predicting the behavior of structures against extreme loads. With the help of this program, structural engineers can check the state of collapse and the level of resistance of different parts of the structure against the imposed pressures. The program shows the changes that have occurred and how the different parts collapse in three-dimensional and graphical form. In this program, it is possible to test and evaluate various types of static or gradual dynamic loads on different areas of the structure.For example, it is possible to introduce instantaneous and discrete loads such as explosions, earthquakes, building settlements, winds and storms, etc., and check the structure’s behavior against these irregularities.Unlike many structural analysis software that work based on the finite element method, this program uses a non-linear and more accurate solution called AEM or Applied Element Method. This method allows the software to automatically evaluate the behavior of the structure against elastic and inelastic stresses. In this case, it is possible to check the amount of vibration of reinforcements, the amount of buckling of columns, shear walls, the state of the structure after buckling, the method and direction of crack propagation and the effects of pi-delta, etc.The pi-delta effects usually exert extra force on other floors due to the eccentricity of the gravity loads of the upper floors. You can not only see these effects in this program graphically and with relatively accurate numbers, but it is also possible to track the amount of changes in this factor. Observing the changes that have taken place and also the way of separating the components of the structure can have valuable results. Based on this information, we can identify the weak points of the structure and increase its final strength. 应用科学国际或ASI的“结构极限载荷”或ELS是一款用于分析和预测结构在极端载荷下的行为的软件。借助该程序，结构工程师可以检查坍塌状态以及结构不同部分对施加压力的阻力水平。该程序以三维和图形形式显示已发生的变化以及不同部分如何折叠。在该程序中，可以测试和评估结构不同区域上的各种类型的静态或逐渐动态载荷。例如，可以引入瞬时和离散载荷，例如爆炸，地震，建筑物聚落，风和风暴等，并检查结构的行为与这些不规则性。与许多基于有限元方法的结构分析软件不同，该程序使用称为AEM或应用单元方法的非线性且更准确的解决方案。这种方法允许软件自动评估结构在弹性和非弹性应力下的行为。在这种情况下，可以检查钢筋的振动量，柱子的屈曲量，剪力壁，屈曲后的结构状态，裂纹扩展的方法和方向以及pi-delta的影响等。由于上层重力载荷的偏心，pi-delta效应通常在其他楼层施加额外的力。您不仅可以在此程序中以图形方式和相对准确的数字看到这些效果，还可以跟踪此因子的变化量。观察已经发生的变化以及分离结构组件的方法可以产生有价值的结果。基于这些信息，我们可以识别结构的弱点并增加其最终强度。 System Requirements Windows 7 / 8.1 / 10 Picture 
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