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Why Meshparts
Meshparts makes simulation safer and faster
Meshparts makes simulation safer and faster
- through automation
Easy
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No installation
The software can be executed directly without administrator rights.
Quick start guide
With the "Quick start guide" quickly celebrate simulation successes.
Easy
Live support
Immediate help
No waiting in the queue and no tickets with several days processing time. Click the Live Support button directly in the Meshparts interface and contact one of our developers via video conference.
Instant Know-How
A member of the Meshparts development team receives your questions and can directly solve your problem because he or she understands them and your industry and has deep knowledge in the use of meshparts.
Easy
Flexible license models
Floating license
Several users share one license. No extra charge thanks to floating license model.
Variable running times
Use and pay for the software as you need it thanks to monthly and annual licenses with flexible start dates.
Precise
Validated model library
Realistic behavior
Complex purchased parts can be used immediately. All necessary properties are already modeled, the models are optimally networked and have predefined contact points so that they can be immediately integrated into an assembly.
Library with 60,000 parts
Meshparts users have access to more than 60,000 library parts and can also create their own libraries using automated templates.
Precise
Measuring accuracy results
Validation through practical use
In numerous customer projects the simulation results generated with Meshparts have been compared with measurements. Deviations of less 5% are often achievable.
Correct models - automatically
When building a complex FE-model, it is usually necessary to balance between effort and necessary accuracy. The more assumptions are made for simplification, the greater the potential for error. Meshparts takes a different approach here: Automated model generation allows the creation of highly accurate models with minimal effort.
Precise
Intelligent assistance systems
The right FE mesh
To develop a feeling for the correctness of an FE-mesh requires experience. Meshparts gives you both the ability to select from intelligent mesh presets and the complete freedom to customize meshes yourself. This gives you control over your FE-mesh with any level of knowledge.
The right contacts
Keeping track of the contacts within an assembly is not easy. Choosing the right type of contact can also be a challenge. The automatic contact finding of mesh parts helps here and is extremely robust. Built-in library parts are like fixed points in the assembly due to their predefined contacts. In step 2, the Meshparts validation helps to check your contacts and to point out errors.
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Sctructure mechanics
Bolts strength verification VDI 2230
Static and dynamic strength verifications for bolted connections according to VDI 2230: Just a push of a button.
Stress and contact analysis
Determination of break points and components, load bearing capacity of welds, service life calculation based on contact pressure.
Simulation of rolling bearings and ball screws
.Thanks to Meshparts' specialized and predefined FE models, you can simulate all typical components with rolling contact (balls, cylindrical or tapered rollers) in high detail and efficiently in assemblies and without expert knowledge.
.Learn more about the simulation of rolling bearings or ball screws.
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Structure dynamics
Modal analysis
Identification of dangerous resonance points.
Frequency Response Analysis
Determination of vibration amplitudes at selected locations.
Coupled controller-mechanics simulation
Quantitative evaluation of the performance of controlled systems (e.g. machine tools or handling systems), maintenance of repeatability and manufacturing accuracy.
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CAD Twin
100% symmetry between CAD and Meshparts
The CAD Twin is a finite element model in which both the assembly and file structure are identical (symmetrical) to the CAD model.
Spontaneous model changes
The CAD Twin allows fast local modifications of individual parts in CAD regardless of the complexity of the overall assembly.
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Part Mappings
Automatic purchased parts
The part mappings are the next logical step after the development of the FE model library
.The part mappings make the Meshparts software adaptive.
You will become faster and faster at modeling FE assemblies with each new model.
In the video, you can see how the purchased parts are already obtained from the library before the actual meshing. There is no need to model these parts.
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PDM-Integration
Robust management of FE models
PDM systems enable a robust management of different construction stages in one database. Meshparts takes this versioning into account and updates changes made in a targeted manner.
Collection directory
The parts imported from the PDM system are collected in collective folders and managed version-consciously. Thus FE model statuses are stored parallel to the CAD constructions.
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Multi solver
Long term stability
The solvers work in the background, without any user interaction. Future solver developments will not change your user experience in our software.
Solver comparison
At the push of a button you can change the desired solver and perform benchmark tests regarding performance and accuracy.
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Live Simulation
Fast
Optimize the stiffness and strength of your components in seconds.
The optional GPU-based solver RISTRA solves in fractions of a second.
Accurate and coupled with the CAD
All design changes are made in the familiar CAD environment and you receive highly accurate FE results at the push of a button.
Iterative to the optimized product
Watch this video to see how within 3 quick design adjustments, the stresses within a gear case can be cut in half.
Quick start guide
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