IDEA StatiCa Steel Member is an advanced software for analysing and designing steel structures. It uses finite element analysis for precise evaluations, supports various geometries and loading conditions, and ensures code compliance. The tool enhances design flexibility, streamlines processes with user-friendly interfaces, and generates detailed reports, offering cost-effective and efficient solutions for structural engineers.
Efficiently design and verify the essential members in your projects, such as girders, beams, columns, and frames. Conduct rapid and precise analyses of load responses, stability, and buckling calculations without resorting to traditional oversimplifications.
Utilise an intuitive interactive application to conduct advanced 3D analyses of members modelled with shell elements and detailed connection models, including all stiffeners, bolts, and openings. Accurately simulate structural behaviour and perform final checks using code-based geometrically and materially nonlinear analysis with imperfections (GMNIA).
Unlock the full potential of your projects with advanced analysis and design capabilities. Try IDEA StatiCa Steel Member now and ensure your structures are safe, efficient, and code-compliant. Start your trial today!
IDEA StatiCa Steel Member supports the design of a wide range of steel members, including girders, beams, columns, and frames. The software accommodates members with various geometries and complex loading conditions, making it suitable for diverse structural applications.
The software integrates multiple international design codes, such as Eurocode, AISC, etc. It performs code-based checks throughout the analysis and design process, ensuring that all structural members meet the required standards for safety and reliability.
Yes, IDEA StatiCa Steel Member performs geometrically and materially nonlinear analysis with imperfections (GMNIA). This advanced analysis capability allows for accurate simulation of real-world behaviour, accounting for material non-linearity, geometric imperfections, and load effects.
The software provides detailed modelling of connections, including all stiffeners, bolts, and openings. Using shell elements, it accurately simulates the behaviour of these connections under various load conditions, ensuring precise analysis and design of critical connection points.
Shell elements enable detailed 3D modelling of steel members, capturing the intricacies of their geometry and load distribution. This results in more accurate stress, strain, and deformation predictions compared to traditional 1D or 2D elements, leading to a more reliable and robust design.
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