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FEMFAT is a powerful software for calculating and analyzing fatigue with finite element
method. The software is able to model the fatigue of CAD and CAE software
design as well as its influencing factors such as material properties, slots,
medium tension, surface roughness, temperature, flexibility, modes MacAnik and The surface chemical, the size of the components, the
reactions of the welding seams, the welding point, the multi-axial loading, and
the like. In addition, the user can view the results of these calculations
and analyzes thoroughly graphically and illustrated and easily identify damages and safety
factors for static and dynamic loads, tensions, and so forth. The program
is fully integrated with software such as Ansys, ABAQUS, LS-DYNA, NASTRAN, and
so on. It's easy to transfer data and information between them.
Key features of FEMFAT software :
- Fine element analysis and calculation of fatigue
- Fatigue prediction and its effective factors on the components
- Comprehensive database of all types of manufacturing materials
- Analyze and calculate effective factors. Fatigue
- Graphical and illustrative display of the results of analyzes
- Integrated with the environment of other CAD and CAM software
- And ...
- Fine element analysis and calculation of fatigue
- Fatigue prediction and its effective factors on the components
- Comprehensive database of all types of manufacturing materials
- Analyze and calculate effective factors. Fatigue
- Graphical and illustrative display of the results of analyzes
- Integrated with the environment of other CAD and CAM software
- And ...
FEMFAT (Finite Element Method Fatigue) performs
fatigue analyzes in combination with all leading finite element systems
considering a multitude of fatigue influences including stress gradient, mean
stress and various influences from production processes.
Commonly used interfaces to multi-body simulation programs, optimization and measurement systems are used to ensure full and convenient integration into your CAE tool chain.
Commonly used interfaces to multi-body simulation programs, optimization and measurement systems are used to ensure full and convenient integration into your CAE tool chain.
At an early stage of the design process,
long-before-time and cost-consuming tests are performed - FEMFAT provides
engineers with reliable information on structures' weariness. Therefore it
is possible to improve critical areas and ensure weight optimization from the
beginning, which results in high-grade prototypes and consequently leads to
less development loops.
The continuous practical use of FEMFAT ensures its outstanding reliability. The FEMFAT simulation method and approach is based on decades of constant correlation between fatigue life prediction and fatigue life testing in multiple internal and external development programs. The Engineering Center STEYR has incorporated experienced experts from more than 500 fatigue-related projects in analytics and testing, generating the foundation for our software engineers to develop FEMFAT into a reliable engineering tool. This made FEMFAT one of the leading fatigue analysis applications in the automotive industry and built the basis for its worldwide acceptance.
Efficiency and high quality are an absolute must for all our customers. FEMFAT accounts for many important interacting fatigue influences such as material properties, notches, mean stresses, surface roughness, temperature field, plasticity, mechanical and chemical surface treatments, component sizes, special welding joints, spot welds, self-piercing rivets, multi- axial loading and much more.
FEMFAT results can be displayed graphically using either the FE post-processors or the FEMFAT VISUALIZER module. The result types include damage, safety factors of endurance or static loads as well as stresses, ratios, and multiaxiality.
An output record file shows all relevant material data, analysis parameters and stress tensors for highly loaded nodes including detailed fatigue results.
Methods and verification
The methods used in FEMFAT are based on the latest scientific findings of the German FKM guideline and the work of Hück / Thrainer / Schütz (synthetic S / N-curves) on the local stress strain concept (TU-Darmstadt ), is the R1MS-concept for the evaluation of welding seams and is ECS-proprietary methods for spot joints. Supplementary to the statements made above, methods that were applied to FEM were developed, such as the calculation of the notch effect in relation to the relative stress gradient or the consideration of the interaction of different stress-tensors by using the "critical cutting plane" method.
These entire hypotheses have been checked by comparing numerous test series with fatigue analysis results and have been verified during many years of practical use.
Usage
FEMFAT is a comprehensive tool that provides quick and reliable answers regarding the design release of components.
FEMFAT combines know-how from the special fields of Finite Element Method, characterization of material properties and fatigue testing. Its graphic user interface guides the user step by step. Very few modifications of settings are required to perform a fatigue analysis.
The continuous practical use of FEMFAT ensures its outstanding reliability. The FEMFAT simulation method and approach is based on decades of constant correlation between fatigue life prediction and fatigue life testing in multiple internal and external development programs. The Engineering Center STEYR has incorporated experienced experts from more than 500 fatigue-related projects in analytics and testing, generating the foundation for our software engineers to develop FEMFAT into a reliable engineering tool. This made FEMFAT one of the leading fatigue analysis applications in the automotive industry and built the basis for its worldwide acceptance.
Efficiency and high quality are an absolute must for all our customers. FEMFAT accounts for many important interacting fatigue influences such as material properties, notches, mean stresses, surface roughness, temperature field, plasticity, mechanical and chemical surface treatments, component sizes, special welding joints, spot welds, self-piercing rivets, multi- axial loading and much more.
FEMFAT results can be displayed graphically using either the FE post-processors or the FEMFAT VISUALIZER module. The result types include damage, safety factors of endurance or static loads as well as stresses, ratios, and multiaxiality.
An output record file shows all relevant material data, analysis parameters and stress tensors for highly loaded nodes including detailed fatigue results.
Methods and verification
The methods used in FEMFAT are based on the latest scientific findings of the German FKM guideline and the work of Hück / Thrainer / Schütz (synthetic S / N-curves) on the local stress strain concept (TU-Darmstadt ), is the R1MS-concept for the evaluation of welding seams and is ECS-proprietary methods for spot joints. Supplementary to the statements made above, methods that were applied to FEM were developed, such as the calculation of the notch effect in relation to the relative stress gradient or the consideration of the interaction of different stress-tensors by using the "critical cutting plane" method.
These entire hypotheses have been checked by comparing numerous test series with fatigue analysis results and have been verified during many years of practical use.
Usage
FEMFAT is a comprehensive tool that provides quick and reliable answers regarding the design release of components.
FEMFAT combines know-how from the special fields of Finite Element Method, characterization of material properties and fatigue testing. Its graphic user interface guides the user step by step. Very few modifications of settings are required to perform a fatigue analysis.
More info (open / close)
required system
Intel / AMD x86 32bit
- Windows NT 6.0 or higher (Windows Vista or higher, Windows Server 2008 or higher)
Intel / AMD x64 64bit
- Windows NT 6.0 or higher (Windows Vista or higher, Windows Server 2008 or higher)
- Linux glibc 2.5 or higher (RedHat Enterprise Linux 5.8 or higher, Suse Linux Enterprise 11 or higher)
IBM Power 64bit
- AIX 5.3 or higher (on PPC970 or Power4 or higher)
- Windows NT 6.0 or higher (Windows Vista or higher, Windows Server 2008 or higher)
Intel / AMD x64 64bit
- Windows NT 6.0 or higher (Windows Vista or higher, Windows Server 2008 or higher)
- Linux glibc 2.5 or higher (RedHat Enterprise Linux 5.8 or higher, Suse Linux Enterprise 11 or higher)
IBM Power 64bit
- AIX 5.3 or higher (on PPC970 or Power4 or higher)
Specifications
Manufacturer: Engineering Center
Steyr
File Size: 213 MB Release Date: 14:50 - 1396/7/3 | January 25, 2014 Source: PC Download / www.p30download.ir Rating:
File Size: 213 MB Release Date: 14:50 - 1396/7/3 | January 25, 2014 Source: PC Download / www.p30download.ir Rating:
Installation guide
1.
Install the software.
2. Copy and replace the FEMFAT5.3 folder in Crack at the location of the software * (default path C: \ Program Files \ ECS).
3- Run the Crack folder of the SolidSQUADLoaderEnabler.reg file and allow the changes to be made in the registry.
4. Restart the system.
5. Run the software.
* Software installation location: The installation location folder is usually located in the Windows drive and within the Program Files folder. You can also find the installation location in this way:
- In Windows XP: After installation, right-click on the shortcut in the Start menu and click Properties, and then click Find Target.
- In Windows 7: After installation, right-click on the shortcut in the Start menu and click on the Open file location option.
- In Windows 8: After installation, right-click on the Shortcut on the Start Screen and click on the Open file location option, in the window that opens, right-click on the shortcut of the software and click Open file location click.
- On Windows 10: After installation, right-click Shortcut on the Start menu and click on the Open file location option, in the window that opens, right-click on the Shortcut software and click on the Open file location button. do.
2. Copy and replace the FEMFAT5.3 folder in Crack at the location of the software * (default path C: \ Program Files \ ECS).
3- Run the Crack folder of the SolidSQUADLoaderEnabler.reg file and allow the changes to be made in the registry.
4. Restart the system.
5. Run the software.
* Software installation location: The installation location folder is usually located in the Windows drive and within the Program Files folder. You can also find the installation location in this way:
- In Windows XP: After installation, right-click on the shortcut in the Start menu and click Properties, and then click Find Target.
- In Windows 7: After installation, right-click on the shortcut in the Start menu and click on the Open file location option.
- In Windows 8: After installation, right-click on the Shortcut on the Start Screen and click on the Open file location option, in the window that opens, right-click on the shortcut of the software and click Open file location click.
- On Windows 10: After installation, right-click Shortcut on the Start menu and click on the Open file location option, in the window that opens, right-click on the Shortcut software and click on the Open file location button. do.
download links
File password www.p30download.com
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