Advanced Engineering Simulation Software for Comprehensive Product Analysis

Accurately simulate products for structural strength, vibration and acoustics. Simcenter Nastran is a premier solver for performance, accuracy and scalability.

Simcenter Nastran is a comprehensive engineering simulation software that is widely used by engineers and analysts in various industries today. It is a powerful simulation solution that offers a range of advanced features for detailed product analysis and optimization. With Simcenter Nastran, users can simulate and analyze various physical phenomena, such as stress, vibration, dynamics, heat transfer, and acoustics. This software is designed to help users optimize product design, enhance product performance, and reduce development costs. Simcenter Nastran provides several advanced capabilities that enable users to solve a broad range of engineering problems. One of its key features is its robust linear and nonlinear solver technology, which can handle large, complex models with millions of degrees of freedom. This solver can analyze a wide range of structural analyses, including static, dynamic, transient, modal, and random response analyses. Additionally, it offers advanced nonlinear analysis tools, such as contact modeling, material and geometric nonlinearities, and large deformation analysis capabilities.

Another notable feature of Simcenter Nastran is its integrated system-level simulation capabilities, which enables the simulation of complex systems and subsystems. This feature provides users with a way to perform system-level analyses of large and complex engineering systems. It also offers several tools for the optimization of complex system behavior, including optimization of control systems and understanding environmental response. Simcenter Nastran offers comprehensive support for other commonly used analysis tools in the industry such as finite element analysis (FEA), computational fluid dynamics (CFD), and electromagnetics (EM). This software supports seamless integration with other Simcenter products such as Simcenter 3D and Simcenter Amesim, providing a powerful and comprehensive simulation process for complete digital design and analysis.

One of the key benefits of using Simcenter Nastran is its ability to facilitate collaboration among teams of engineers through its easy-to-use graphical user interface (GUI). This interface provides an intuitive and personalized experience for users, enabling them to quickly build and solve models. It also offers comprehensive post-processing tools for advanced visualization and analysis of simulation results.

In conclusion, Simcenter Nastran is a powerful and comprehensive engineering simulation software that offers a range of advanced features for detailed product analysis and optimization. It can handle a broad range of engineering problems, from linear to nonlinear, and offers easy-to-use system-level simulation capabilities. It is highly integrated with other commonly used analysis tools, which enables a comprehensive simulation process for complete digital design and analysis. Its user-friendly interface and advanced post-processing tools provide an intuitive way for engineers to build and solve models while enabling them to collaborate effectively with their team.

Mode Tracking Analysis
Nonlinear Static Analysis
Dynamic Analysis
Fatigue Analysis
Thermal Analysis
Optimization
Multi-Physics Analysis

Types of licenses

Commercial License Academic License

Product Suite

3D Femap Multimech Madymo Tire

Additional Resources

Brochure Presentation for engineers

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    Mode Tracking Analysis

    Mode tracking analysis is a powerful feature of Simcenter Nastran that allows users to understand the behavior of a structure under dynamic loads. Mode tracking analysis helps to identify the natural modes of vibration for a structure and how they may be affected by external loads. By understanding the behavior of a structure under dynamic loads, engineers can design structures that are more reliable and efficient.

    Nonlinear Static Analysis

    Nonlinear static analysis is another important feature of Simcenter Nastran that allows users to model complex geometries and nonlinear material behavior. Nonlinear static analysis helps to simulate the behavior of structures under large deformations, buckling, and contact. This valuable feature allows engineers to understand the behavior of structures under real-world conditions and optimize their design.

    Dynamic Analysis

    Dynamic analysis in Simcenter Nastran helps to simulate the behavior of structures under various types of dynamic loads such as random, periodic, and shock loads. By modeling the dynamic response of a structure, engineers can evaluate the performance of a design and determine whether it meets the necessary standards for safety, reliability, and efficiency.

    Fatigue Analysis

    Fatigue analysis in Simcenter Nastran enables users to evaluate the structural integrity of a design under repeated loading. By analyzing the behavior of a structure over time, engineers can determine its susceptibility to fatigue failure and optimize its design to extend its service life. This feature is particularly valuable for applications in the aerospace, automotive, and heavy machinery industries.

    Thermal Analysis

    Thermal analysis in Simcenter Nastran helps to simulate the behavior of structures under thermal loads such as heat transfer, convection, and radiation. By understanding the behavior of a structure under thermal loads, engineers can design structures that are more efficient and reliable in high-temperature environments.

    Optimization

    Optimization in Simcenter Nastran is a powerful feature that enables engineers to find the best design for a given set of requirements. By automatically adjusting parameters such as geometry, material properties, and boundary conditions, optimization helps to identify the best possible design that meets the desired criteria such as weight, stiffness, and strength.

    Multi-Physics Analysis

    Multi-physics analysis in Simcenter Nastran allows engineers to simulate complex real-world scenarios that involve multiple physical phenomena such as fluid-structure interaction, structural-acoustic coupling, and electro-mechanical coupling. This feature enables engineers to design structures that are optimized for performance, reliability, and safety in a wide variety of environments and applications.

    Simcenter Nastran — Commercial License

    Commercial license of Simcenter Nastran includes:

    • The ability to conduct stress and strain simulations on structures and components in a wide range of industries such as aerospace, automotive, and energy;
    • Access to a comprehensive library of pre-defined material properties, design parameters, and analysis techniques that allows for the efficient modeling of complex problems;
    • Explicit dynamics analysis for simulating high-speed impacts and vibrations;
    • Thermal analysis capabilities to simulate the effects of temperature variations on design;
    • Nonlinear analysis methods for simulating complex material behaviors, such as plasticity, creep, and hyperelasticity.

    Duration of the commercial license is typically one year and may be renewed annually.

    Simcenter Nastran — Academic License

    Academic license of Simcenter Nastran includes:

    • The ability to perform a wide variety of finite element analyses on various engineering problems;
    • Access to a comprehensive library of pre-defined models, material properties, and analysis techniques for the efficient modeling of complex problems;
    • Explicit dynamics analysis for simulating high-speed impacts and vibrations;
    • Thermal analysis capabilities to simulate the effects of temperature variations on design;
    • Nonlinear analysis methods for simulating complex material behaviors, such as plasticity, creep, and hyperelasticity.

    The academic license is typically granted to universities or other academic institutions for a period of one year and may be renewed annually.

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