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SIMULIA Suite 2017

cadcamaec@protonmail.com2024-01-09CAE.CFD.FEA83

SIMULIA2017SuitedeliversascalableportfolioofRealisticSimulationsolutionsincludingtheAba

SIMULIA 2017 Suite delivers a scalable portfolio of Realistic Simulation solutions including the Abaqus product suite for Unified Finite Element Analysis, multiphysics solutions for insight into challenging engineering problems, and SIMULIA SLM for managing simulation data, processes, and intellectual property.

The SIMULIA portfolio provides users with expanded capabilities to simulate product performance and improve and virtually validate product designs. It includes technologies for Finite Element Analysis (Abaqus); topology, shape, bead, and sizing optimization (Tosca structure); fluid-flow topology optimization (Tosca fluid); durability and fatigue evaluation (fe-safe); and Design-of-Experiments, parameter optimization and process capture (Isight).

Abaqus Unfied FEA

Professional advanced finite element analysis software. Finite element analysis industry leader, the software not only has a general static and dynamic strength analysis and structural dynamics analysis, but also has a fatigue analysis and optimization of design and CFD analysis functions. In the nonlinear static / dynamic, contact, fracture damage, a variety of nonlinear materials, including compliant materials, as well as a variety of complex combinations of highly nonlinear problem solving have a good solution. The software can be integrated with mainstream CAD software to ensure that CAD information can be accurately imported. All analyses are done in the same interface, reducing the number of model modifications and improving work efficiency.

Isight & Fiper

Isight provides a visual and flexible simulation process building platform with dedicated interfaces to many mainstream CAE analysis tools. Users can quickly and visually set up the simulation and analysis process by drag-and-drop, set and modify design variables and design constraints and targets, and automatically perform multiple analysis cycles. At the same time, it provides a complete set of optimization software packages, such as experimental design, optimization methods, approximation models and six sigma design, to help users understand the design space of the product, clarify the relationship between the design variables and the design objectives, and realize multidisciplinary multi-objective optimization design.

SLM (Simulation Lifecycle Managemant)

The concept of SLM data management system structure is to provide professional, stable and efficient simulation data management solutions for enterprises, and at the same time, the system should also meet the flexible needs of enterprise-level system platforms, and can be convenient and collaborative work with systems on enterprise platforms. Better integration of simulation into the product development process, from the vast ocean of data to quickly and accurately assess the performance of the program involved, the personal knowledge of the simulation experts into the knowledge shared within the enterprise, so that tracking the simulation process possible, and then realize the cross-discipline cooperation, in order to serve the product design decision-making.