To unleash the full potential of high-fidelity computational mechanics, we need to develop a new generation of numerical tools that will bridge the gap between, on the one hand, heavy numerical solvers and, on the other hand, computationally demanding “online” engineering tasks. Models used for such applications require extreme robustness and swiftness of execution. Emerging applications such as real-time control or interactive design require performing thousands of repeated analyses, with potentially limited computational facilities. ![]() Yet, such heavy numerical tasks are restricted to “one-shot” virtual experiments. Through advances in computer hardware and software, material failure can be reliably predicted using multiscale high-fidelity models coupled with appropriately designed discretisation strategies. RFEM is software for modeling and analyzing structures in three dimensions and based on the finite element method (FEM). This software simply allows engineers to quickly model, analyze, and design two-dimensionally and three-dimensionally, which can include designing items such as walls, refractory plates, shells, solid and hard elements, and contact components. Due to the modularity of the software, you will be able to use add-ons to meet your specific needs. RFEM also has the ability to deform structures, apply internal loads, stress tests, external pressures, and so on. In addition, various modular plugins allow the production of data automatically from existing structures and connections that can be used for analysis and design according to different standards.High-fidelity modelling and simulation have profoundly transformed the area of material and structural design. Description Dlubal RFEM 5.25.02 Multilingual
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