Full beam visualization and results display options, including shear moment and bending moment diagrams, are also available. NX Nastran’s high-level coordination makes simulation possible at all scales. The combination of FEMAP and Nastran software allows for advanced CAE analyses that give engineers great capabilities. Here are some of the features you will experience after Siemens Femap 11 is free downloaded with NX Nastran.
Siemens Femap 11
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Femap Advanced Thermal Solver is a more sophisticated thermal modeler and simulator that can be used when your analysis requirements are more complex. Femap Advanced Thermal Solver can be used to model radiation and spacecraft, as well as orbit modeling and display. Ray tracing and articulating structures are also possible. The software also includes advanced features such as custom user subroutines and model simplification, substructuring, interfaces to industry-standard thermal codes, and interfaces. FEMAP can access geometry data from any major CAD system, including CATIA Pro / Engineer and Solid Edge. FEMAP offers a variety of modification and creation functions that allow you to make any necessary changes to your model in preparation for creating finite element models.
Advanced engineering simulation software that can create finite element analyses models of complex engineering products and systems. The Macanimals are unsurpassed in their ability to create finite element analysis models and software simulations. This advanced engineering simulation software can simulate complex equations, systems, and solve the problem. FEMAP can model virtual systems and analyze the behavior of those systems depending on the conditions. This software is essential for engineers, physicists, and electronics. Siemens Femap 11 with NX Nastran simulation software can be used to create finite element analysis models for complex engineering design. Femap can also be used to create components and assemblies for various models.
Model visualization is key to beam modeling. FEMAP allows you to view these elements as solid parts and includes offsets. FEMAP includes a section editor with a variety of cross-section shapes. The built-in section property calculator calculates the necessary properties automatically and allows you to define your own sections. Femap Flow Solver is a computational fluid dynamics tool that Femap uses to quickly and accurately solve complex CFD problems. The core technology behind simulations of laminar and turbulent fluid flows, low- and fast-speed compressible flows, forced flow, natural connection, and mixed flows is an advanced algebraic multigrid solver. All analyses can be done with multiple outlets and inlets. You can also combine the Femap Thermal Solver with the Femap Flow Solver.
The element’s quality feedback can be viewed while you modify the mesh. This allows you to create a high-quality finite elements model. Femap’s digital simulation capabilities can be used to enhance product performance and reliability. This can be used to reduce the time and cost of physical prototyping, as well as test. This application allows you to optimize your designs and ensures that less material is used.
Digital Thread
Modifying the mesh in complex areas is sometimes necessary when greater precision is required. FEMAP’s Meshing Toolbox lets you modify the mesh sizing parameters and view the mesh update automatically.
It is now possible to create external super elements and then analyze them in an assembly run. This makes it much easier to process and set up external supplements. This solution allows legacy finite element models to be updated and modified much easier by creating surface geometry directly from an existing shell mesh. FEMAP exposes the entire finite element model and all associated data, allowing users to create, modify, or view entities. FEMAP’s visualization, layering, and grouping tools allow you to control the model display and create and modify finite element models. Femap with NX Nastran offers a comprehensive solution to modeling and pre-or post-processing. The base version supports linear and statics, normal modes, and heat transfer. You can also choose from optimization, dynamics, advanced nonlinear analysis, and rotor dynamics. There are also options for aeroelasticity and a structural analysis toolkit.
The enhancements to charting include support for complex data transformations and support for complex data. Composite materials have been used in many designs in recent years. FEMAP can help model and process composite structures. FEMAP’s laminate viewer and editor allow you to interact with the properties of the laminate as you modify and create layers. FEMAP with NX Nastran allows assembly modeling. This includes automatic contact detection which determines the components that are in contact. NX Nastran’s contact calculations are iterative, and they are updated throughout the solution to account for deformation changes that represent the true contact condition. Advanced Engineering Workstations: A new era in CPU horsepower is essential to unlocking workstation performance for modern engineering workflows that are based on modeling, simulation, rendering. The thermal coupling capability and adaptive time-stepping capabilities have been enhanced.
The flow solver and thermal user interfaces have been updated to conform to the existing UI workflows within FEMAP. Open customization allows FEMAP to access all functions via the OLE / COM object-oriented Application Programming Interface. This interface uses a standard, non-proprietary programming language. FEMAP supports meshing and beams modeling in addition to shell and solid element models. This allows models with long, thin components to be represented using one-dimensional elements that have associated properties. Siemens PLM Software released Femap 11 which, according to the company, allows for more efficient access to and processing of results data. This is done by attaching results files rather than manually importing them into the Femap database. This reduces the database’s size and speeds up results processing. Femap 11 uses graphics card memory to improve the dynamic rotation of large models. This also enhances performance in graphical data access and display.
Femap Thermal Solver is the best thermal analysis tool available. It can solve complex thermal engineering problems quickly and accurately. Femap Thermal Solver makes it simple to model nonlinear or transient processes such as radiation, conduction, and phase shift. Femap Thermal Solver is based on the latest thermal solver technology and delivers solid reliability and fast processing speeds for even the most difficult engineering problems. A precise thermal analysis can be done in record time, delivering the insights necessary to get better products to market quicker. Femap is a leading industry tool that allows you to create finite element analysis models for complex products and systems.
Femap version 11 ships alongside NX Nastran8.5. This extends NX Nastran support, tightening integration between pre-and postprocessors and solvers. Ansys and IPG Automotive Accelerate the Autonomous Vehicle Path To Market. This partnership combines simulation technology from IPG Automotive with Ansys’ immersive autonomous driving simulation solutions. The Thermal Solver highlights include an increase in efficiency due to solver parallelization. XY plotting has been simplified to make it easier to create XY charts and help with understanding the results. The user can now control graphing options more easily, which allows for greater flexibility in the creation of XY plots.
FEMAP’s global component ply feature allows you to post-process composite laminate results. This allows you to view the results through the structural model continuously. Other component assembly modeling techniques, such as spot-weld, fastener element, and bolted joints, are supported. ATA Engineering provides analysis and test-driven engineering solutions that are focused on major manufacturers’ engineering requirements. This tool allows you to determine the behavioral response of the operating environment. Velocity Series CAE products provide scalable solutions to designers in the form of a CAD-embedded Solid Edge Simulation Program and FEMAP for NX Nastran for CAE Analysts. The Data Table pane provides a complete table of data access. You can use it to collect, sort, and control the data, and compile an analysis report.
Siemens Femap 11 System Requirements
- processor: 64-bit (x64)
- operating systems:Â Windows 7 64-bit, Windows 8.x and Windows 8.x Pro 64-bit, Windows 10.x 64 Bit
- RAM: 8 GB of RAM or more
- Video adapter supporting True Color (32-bit) or 16 million colors (24-bit), Open GL4.2 or higher, and 2 GB of dedicated VRAM
- Screen resolution: 1280 x 1024 or higher, widescreen format
- Free disk space: for Femap installation (including documentation and license server): 1.4 GB for Femap Standalone; 4.1 GB for Femap with NX Nastran; 5.2 GB for Femap with all options
- Free continuous disk space for Femap model files, Femap and NX Nastran scratch files: 500 GB