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FEMAP is the most
famous and most used application of Siemens, which has been widely used in the industry for more
than 15 years. The application of Mac animals their unsurpassed
undoubtedly the most powerful software simulation and finite element analysis
solution method (FEM) is. It is an advanced engineering simulation
software that can simulate complex equations and systems in finite element
method and ultimately solves the problem. FEMAP is able to model virtual
systems and analyze their behavioral response depending on the working
conditions available. The skill of working with this software is extremely
important for mechanical engineers, physicists and electronics.
Using FEMAP digital simulations, different results can be
obtained, including:
1. Predicting and improving the efficiency and reliability of the final product.
2. Reducing cost and time savings for different modeling and analyzes.
3. Design and materials assessment. Different
4. Optimizing the design and reducing the consumption of raw materials
FEMAP is a CAD-independent software that can analyze the geometry of CAD software. It is a complete communication and attachment to other CAD software like CATIA, NX and Solid Edge, SolidWorks, and AutoCAD, and as soon as you enter information from these types of software, Launch analyzes can be done.
The range of FEMAP capabilities is vast, and not all of which can be explained in this issue; from Assembly and Beam Modeling to composite and finite elemental modeling, all and all are just a few of the great features of this software.
FEMAP many capabilities in the field of post-production (Post-processing) and to further optimize the models analyzed, a Mac is.
Simulation solutions at various scales are possible through NX Nastran's high-level coordination; the combination of the two Nastran and FEMAP software leads to advanced CAE analyzes that provide engineers with great facilities.
Key Features of Siemens FEMAP with NX Nastran:
- Advanced Simulation by Finite Element Analysis
- Solving Very Complex Equations and Systems
- Geometric information analysis of CAD software
- Full compatibility with marketable CAD software
- Optimization of design and production processes
- Modeling in various dimensions such as Assembly Modelling and Beam Modeling
- in line with NX Nastran. Perform CAE simulations
- Optimize post-processing processes
- Supports powerful solvers of other software such as ANSYS, Abaqus and TMG.
1. Predicting and improving the efficiency and reliability of the final product.
2. Reducing cost and time savings for different modeling and analyzes.
3. Design and materials assessment. Different
4. Optimizing the design and reducing the consumption of raw materials
FEMAP is a CAD-independent software that can analyze the geometry of CAD software. It is a complete communication and attachment to other CAD software like CATIA, NX and Solid Edge, SolidWorks, and AutoCAD, and as soon as you enter information from these types of software, Launch analyzes can be done.
The range of FEMAP capabilities is vast, and not all of which can be explained in this issue; from Assembly and Beam Modeling to composite and finite elemental modeling, all and all are just a few of the great features of this software.
FEMAP many capabilities in the field of post-production (Post-processing) and to further optimize the models analyzed, a Mac is.
Simulation solutions at various scales are possible through NX Nastran's high-level coordination; the combination of the two Nastran and FEMAP software leads to advanced CAE analyzes that provide engineers with great facilities.
Key Features of Siemens FEMAP with NX Nastran:
- Advanced Simulation by Finite Element Analysis
- Solving Very Complex Equations and Systems
- Geometric information analysis of CAD software
- Full compatibility with marketable CAD software
- Optimization of design and production processes
- Modeling in various dimensions such as Assembly Modelling and Beam Modeling
- in line with NX Nastran. Perform CAE simulations
- Optimize post-processing processes
- Supports powerful solvers of other software such as ANSYS, Abaqus and TMG.
FEMAP is an advanced engineering simulation
software program that creates finite element analysis models of complex
engineering products and systems, and displays solution results. Femap can
virtually model components, assemblies or systems and determine the behavioral
response for a given operating environment.
Using FEMAP's digital simulation capabilities
you can:
- Predict and improve product performance and reliability.
- Reduce time-consuming and costly physical prototyping and testing.
- Evaluate different designs and materials.
CAD-Independent
FEMAP is CAD-independent and can access geometry data from all major CAD systems including CATIA, Pro / Engineer, NX, Solid Edge, SolidWorks and AutoCAD. Once you've imported it, you can prepare a model for analysis using the geometry locator to identify and display potentially troublesome entities, such as slivers, and either remove them completely with the geometry cleanup tools or suppress them. FEMAP also offers a wealth of geometry creation and modification functions, so you can make necessary model changes in the preparation for finite element model creation.
Finite Element Modeling
The full finite element model with underlying data is fully exposed by FEMAP, allowing you to view, create or modify entities directly. FEMAP's grouping, layering and visualization tools help you to manage the model display while creating and setting up a finite element model.
FEMAP includes specialized capabilities to help with modeling tasks including:
- Mid-plane extraction of thin-walled structures to help create more efficient and accurate shell models
- Weldment modeling that connects discrete solid-welded parts together into a contiguous model
- Data surfaces that allow You create complex loading conditions based on the pre-analysis output for multi-physics applications
Finite Element Meshing
FEMAP's 3D solid and surface meshers are tuned to generate high-quality meshes, providing well-shaped elements to ensure accurate results. FEMAP gives you full control over all mesh generation parameters including mesh sizing, meshing of small features, growth factors, short edge suppression, etc. With complex geometry, the modification of the mesh is often required in areas where greater accuracy is desired. For this situation, FEMAP's Meshing Toolbox allows you to interactively modify mesh sizing parameters in the underlying geometry and see the mesh update automatically. You can also view the element's quality feedback while modifying the mesh, to ensure that a high-quality finite element model is created.
Assembly Modeling
FEMAP with NX Nastran supports assembly modeling, including automatic contact detection that determines the components initially in contact. The contact regions can be set to be simply in contact (with or without friction) or glued together. The contact calculations performed by NX Nastran are iterative and updated during the solution, to take into account the deformation changes representing the true contact condition in the final results.
Other types of component assembly modeling techniques are also supported, including spot-weld, fastener elements, and bolted joints with optional pre-loading.
Beam Modeling
In addition to solid and shell element models, FEMAP also supports beam modeling and meshing. This technique allows for models that include long, slender components (for which a solid meshing approach would create a large, unwieldy model) to be represented by one-dimensional elements with associated properties.
Model visualization is a key to beam modeling, and with FEMAP you can view these elements as solid components and include offsets. FEMAP features a section property editor that includes a library of standard cross-section shapes. You can also define your own sections, and the built-in section property calculator automatically determines the required properties.
Also available are full beam visualization and results display options including shear and bending moment diagrams.
Composite Modeling
The use of composite materials in designs has increased significantly in recent years, and FEMAP can help you model and postprocess results on composite structures. With FEMAP's laminate editor and viewer, you can interact with the laminate properties as you create and modify the layers in the laminate.
You can also postprocess composite laminate results using FEMAP's global composite ply feature, which allows you to view results continuously through the structural model.
Solver Neutral
FEMAP is solver-neutral and provides in-depth pre- and postprocessing support for all major commercial solvers in the market, including NX Nastran, Ansys, LS-DYNA, Abaqus and TMG. You can take full advantage of the advanced analysis capabilities of these solvers using FEMAP's comprehensive modeling and analysis support, especially for dynamic, geometric and material nonlinear, heat transfer and fluid flow analyzes.
Postprocessing
A wealth of visualization capabilities can help you quickly understand and understand the model's behavior. You'll find everything you need to view and interpret output data, including:
- Contour and criteria plots
- Deformed shape animations
- Dynamic cutting plane and iso-surfaces
- Full output selection
- XY plots
- Free table diagrams and grid point outputs
- Time and frequency domain animations
Complete table of access to data is provided through the Data Table pane, which you can use to collect, sort and control the amount and type of data that is visible, compile an analysis report.
Scalable Simulation Solutions
The Velocity Series CAE products offer scalable solutions for designers in the form of a CAD-embedded Solid Edge Simulation program and FEMAP with NX Nastran for CAE analysts.
The FEMAP with NX The Nastran product line itself offers scalability solutions, from the more general simulation capabilities available in the base module to more advanced applications including dynatics, optimization, advanced nonlinear, rotor dynamics, heat transfer and fluid flow in add-on modules.
Customization
FEMAP's open customization capability allows full access to all FEMAP functions through the OLE / COM object-oriented Application Programming Interface (API), which employs standard, non-proprietary programming languages. Access to the API is through a development environment within the user interface where you can create custom programs that automate workflows and processes and which can interact and exchange data with third-party programs such as Microsoft® Word and Excel.
Usability
FEMAP is an intuitive Windows®-native application. FEMAP's support for multiple graphics windows and specialized panels, such as the Model Info Tree and Data Table, allows complete access to the finite element model and results data and helps promote efficient workflows. You can modify the appearance of the interface to suit your requirements, including repositioning the pane, modifying the level of functionality exposed, and complete toolbar and icon customization.
- Predict and improve product performance and reliability.
- Reduce time-consuming and costly physical prototyping and testing.
- Evaluate different designs and materials.
CAD-Independent
FEMAP is CAD-independent and can access geometry data from all major CAD systems including CATIA, Pro / Engineer, NX, Solid Edge, SolidWorks and AutoCAD. Once you've imported it, you can prepare a model for analysis using the geometry locator to identify and display potentially troublesome entities, such as slivers, and either remove them completely with the geometry cleanup tools or suppress them. FEMAP also offers a wealth of geometry creation and modification functions, so you can make necessary model changes in the preparation for finite element model creation.
Finite Element Modeling
The full finite element model with underlying data is fully exposed by FEMAP, allowing you to view, create or modify entities directly. FEMAP's grouping, layering and visualization tools help you to manage the model display while creating and setting up a finite element model.
FEMAP includes specialized capabilities to help with modeling tasks including:
- Mid-plane extraction of thin-walled structures to help create more efficient and accurate shell models
- Weldment modeling that connects discrete solid-welded parts together into a contiguous model
- Data surfaces that allow You create complex loading conditions based on the pre-analysis output for multi-physics applications
Finite Element Meshing
FEMAP's 3D solid and surface meshers are tuned to generate high-quality meshes, providing well-shaped elements to ensure accurate results. FEMAP gives you full control over all mesh generation parameters including mesh sizing, meshing of small features, growth factors, short edge suppression, etc. With complex geometry, the modification of the mesh is often required in areas where greater accuracy is desired. For this situation, FEMAP's Meshing Toolbox allows you to interactively modify mesh sizing parameters in the underlying geometry and see the mesh update automatically. You can also view the element's quality feedback while modifying the mesh, to ensure that a high-quality finite element model is created.
Assembly Modeling
FEMAP with NX Nastran supports assembly modeling, including automatic contact detection that determines the components initially in contact. The contact regions can be set to be simply in contact (with or without friction) or glued together. The contact calculations performed by NX Nastran are iterative and updated during the solution, to take into account the deformation changes representing the true contact condition in the final results.
Other types of component assembly modeling techniques are also supported, including spot-weld, fastener elements, and bolted joints with optional pre-loading.
Beam Modeling
In addition to solid and shell element models, FEMAP also supports beam modeling and meshing. This technique allows for models that include long, slender components (for which a solid meshing approach would create a large, unwieldy model) to be represented by one-dimensional elements with associated properties.
Model visualization is a key to beam modeling, and with FEMAP you can view these elements as solid components and include offsets. FEMAP features a section property editor that includes a library of standard cross-section shapes. You can also define your own sections, and the built-in section property calculator automatically determines the required properties.
Also available are full beam visualization and results display options including shear and bending moment diagrams.
Composite Modeling
The use of composite materials in designs has increased significantly in recent years, and FEMAP can help you model and postprocess results on composite structures. With FEMAP's laminate editor and viewer, you can interact with the laminate properties as you create and modify the layers in the laminate.
You can also postprocess composite laminate results using FEMAP's global composite ply feature, which allows you to view results continuously through the structural model.
Solver Neutral
FEMAP is solver-neutral and provides in-depth pre- and postprocessing support for all major commercial solvers in the market, including NX Nastran, Ansys, LS-DYNA, Abaqus and TMG. You can take full advantage of the advanced analysis capabilities of these solvers using FEMAP's comprehensive modeling and analysis support, especially for dynamic, geometric and material nonlinear, heat transfer and fluid flow analyzes.
Postprocessing
A wealth of visualization capabilities can help you quickly understand and understand the model's behavior. You'll find everything you need to view and interpret output data, including:
- Contour and criteria plots
- Deformed shape animations
- Dynamic cutting plane and iso-surfaces
- Full output selection
- XY plots
- Free table diagrams and grid point outputs
- Time and frequency domain animations
Complete table of access to data is provided through the Data Table pane, which you can use to collect, sort and control the amount and type of data that is visible, compile an analysis report.
Scalable Simulation Solutions
The Velocity Series CAE products offer scalable solutions for designers in the form of a CAD-embedded Solid Edge Simulation program and FEMAP with NX Nastran for CAE analysts.
The FEMAP with NX The Nastran product line itself offers scalability solutions, from the more general simulation capabilities available in the base module to more advanced applications including dynatics, optimization, advanced nonlinear, rotor dynamics, heat transfer and fluid flow in add-on modules.
Customization
FEMAP's open customization capability allows full access to all FEMAP functions through the OLE / COM object-oriented Application Programming Interface (API), which employs standard, non-proprietary programming languages. Access to the API is through a development environment within the user interface where you can create custom programs that automate workflows and processes and which can interact and exchange data with third-party programs such as Microsoft® Word and Excel.
Usability
FEMAP is an intuitive Windows®-native application. FEMAP's support for multiple graphics windows and specialized panels, such as the Model Info Tree and Data Table, allows complete access to the finite element model and results data and helps promote efficient workflows. You can modify the appearance of the interface to suit your requirements, including repositioning the pane, modifying the level of functionality exposed, and complete toolbar and icon customization.
More info (open / close)
required system
Operating Systems:
- Windows 7 64-bit
- Windows 8.x and Windows 8.x Pro 64-bit
- Windows 10 64-bit
Recommended system configuration:
- 64-bit (x64) processor
- Windows 10 operating system
- 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: 800 MB for Femap Standalone; 1.5 GB for Femap with NX Nastran; 3.125 GB for Femap with all options
- Free disk space for Femap model files, Femap and NX Nastran scratch files: 500 GB
Minimum system configuration:
- 64-bit (x64) processor
4 GB RAM or more
- Video adapter supporting True Color (32 bit) or 16 million colors (24 bit), Open GL1.1 or higher, and 512 MB of dedicated VRAM
- Screen resolution: 1280 x 1024 or higher
- Free disk space for Femap installation: 800 MB for Femap Standalone; 1.5 GB for Femap with NX Nastran
- Free continuous disk space for Femap model files, Femap and NX Nastran scratch files: 10 GB
- Windows 7 64-bit
- Windows 8.x and Windows 8.x Pro 64-bit
- Windows 10 64-bit
Recommended system configuration:
- 64-bit (x64) processor
- Windows 10 operating system
- 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: 800 MB for Femap Standalone; 1.5 GB for Femap with NX Nastran; 3.125 GB for Femap with all options
- Free disk space for Femap model files, Femap and NX Nastran scratch files: 500 GB
Minimum system configuration:
- 64-bit (x64) processor
4 GB RAM or more
- Video adapter supporting True Color (32 bit) or 16 million colors (24 bit), Open GL1.1 or higher, and 512 MB of dedicated VRAM
- Screen resolution: 1280 x 1024 or higher
- Free disk space for Femap installation: 800 MB for Femap Standalone; 1.5 GB for Femap with NX Nastran
- Free continuous disk space for Femap model files, Femap and NX Nastran scratch files: 10 GB
Specifications
Manufacturer: Siemens AG
Price: $ 50,000 (for information only) File size: 1587 MB Release Date: 21:30 - 1396/8/11 | 2017.11.02 Source: PC Download / www.p30download.ir Rating:
Price: $ 50,000 (for information only) File size: 1587 MB Release Date: 21:30 - 1396/8/11 | 2017.11.02 Source: PC Download / www.p30download.ir Rating:
Installation guide
1. Download the software first and
then unzip.
2. Start the installation process by running the Setup.exe file.
3. When selecting items needed for installation of FLEXlm License Server option to touch , but other options you can choose depending on their needs.
4. When choosing the Licensing Method, be sure to select Network Client - FLEXlm.
5. Continue the installation process.
6. After installing the software, enter the Keygen folder and run the Keygen.exe file with Administrator access.
7. In the popup window, click Yes and save the license.dat file at the software installation location (default C: / Siemens / FEMAPv1141).
8. Copy the auth_114.dll file from the Keygen folder and replace the previous file at the software installation location (default: C: / Siemens / FEMAPv1141).
9. Restart your system once.
10. The program is fully functional and can be used without any time limit and structure.
Tips:
- This software is completely tested by the PSP team and it does not have any problems.
- This software is provided without any restrictions and all its features are enabled.
- This app is fully provided and includes Nast Nastran.
- This software is only installed on 64-bit systems.
- This software is only supported on Windows 7, 8.1 and 10 operating systems, and it is recommended to use Windows 10 preference
- Do not update the software at all. For the latest versions and updates, just go to this post.
- Files are compressed as far as possible and can be repaired by the WinRAR program in case of incomplete downloads.
2. Start the installation process by running the Setup.exe file.
3. When selecting items needed for installation of FLEXlm License Server option to touch , but other options you can choose depending on their needs.
4. When choosing the Licensing Method, be sure to select Network Client - FLEXlm.
5. Continue the installation process.
6. After installing the software, enter the Keygen folder and run the Keygen.exe file with Administrator access.
7. In the popup window, click Yes and save the license.dat file at the software installation location (default C: / Siemens / FEMAPv1141).
8. Copy the auth_114.dll file from the Keygen folder and replace the previous file at the software installation location (default: C: / Siemens / FEMAPv1141).
9. Restart your system once.
10. The program is fully functional and can be used without any time limit and structure.
Tips:
- This software is completely tested by the PSP team and it does not have any problems.
- This software is provided without any restrictions and all its features are enabled.
- This app is fully provided and includes Nast Nastran.
- This software is only installed on 64-bit systems.
- This software is only supported on Windows 7, 8.1 and 10 operating systems, and it is recommended to use Windows 10 preference
- Do not update the software at all. For the latest versions and updates, just go to this post.
- Files are compressed as far as possible and can be repaired by the WinRAR program in case of incomplete downloads.
download links
File password www.p30download.com
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