Benefit from a powerful structural test environment allowing you to perform complex simulations in an intuitive workflow.
SOLIDWORKS Simulation provides you with a set of structural analysis tools that allow you to virtually test your designs in order to easily predict the real physical behavior of your product.
The exceptional features of SOLIDWORKS Simulation address all the concerns that a designer may have; the speed of implementation, the power and the precision of these analyses allow you to improve the quality, reliability and performance of your products. You will thus be able to solve your engineering problems thanks to complex loading scenarios and numerous physical tests, while benefiting from a wide range of parameters: linear response, nonlinear static and dynamic, thermal behavior, fatigue, but also dynamic loading and materials analysis.
Now make your decisions with confidence: SOLIDWORKS Simulation guarantees the robustness of your product while significantly limiting the costs related to prototyping and various physical tests!
The various simulations allow you to anticipate possible defects in your products even before creating a prototype.
SOLIDWORKS Simulation integrates perfectly into the SOLIDWORKS environment. The tool communicates easily with other solutions in the SOLIDWORKS range (CAD design, etc.), thus facilitating collaboration between all stakeholders involved in the design project.
The many simulations available allow you to establish comparisons and constantly innovate to overtake the competition.
SOLIDWORKS Simulation Standard | SOLIDWORKS Professional | SOLIDWORKS Premium | |
Analysis of parts and assemblies | |||
Volumetric, shell, beam and mixed mesh | |||
Bolt, pin, spring, weld bead type connectors | |||
Static study (constraints, displacements, safety coefficient) | |||
Fatigue study (prediction and advanced analysis) | |||
Study scenario | |||
Trendsetter | |||
Publishing images, animations, eDrawings and reports | |||
Additional Material Library (Materiality) | |||
Incremental meshing | |||
2D Simplification | |||
Sub-modeling | |||
Contact visualization plot | |||
ToolBox Automatic Screw Conversion | |||
Load Manager | |||
Frequency study (natural modes, resonance frequencies) | |||
Established or transient thermal study (temperatures, flows) | |||
Buckling study | |||
Study of pressure vessels (combination of studies) | |||
Optimization | |||
Deformed Body Recording | |||
Export to other finite element analysis systems | |||
Composite hulls | |||
Non-linear study | |||
Dynamic study (modal, harmonic, random, spectral response) | |||
Fatigue study based on harmonic or random dynamic study | |||
Importing results from SOLIDWORKS Plastics |
SOLIDWORKS Premium | SOLIDWORKS Professional | SOLIDWORKS Simulation Standard | |
Definition of motors, forces, contacts | |||
Results of type displacement, velocity, acceleration, forces, energy | |||
Structural simulation linked to SOLIDWORKS Motion | |||
Interface with National Instruments, Rockwell, MathWorks | |||
Sequential study (like a programmable automaton) | |||
Motion optimization |
Mentoring is a transfer of expertise. Choosing this personalized service allows you to quickly and efficiently integrate your digital simulation tools, SOLIDWORKS Simulation and 3DEXPERIENCE SIMULIA.
SOLIDWORKS Simulation is a Visiativ Innovation Engine product.
Visiativ Innovation Engine enables SMEs and SMBs to identify their key performance levers, co-construct a digital transformation roadmap accordingly, deploy proven solutions and share their experience and know-how with their peers.
Leverage computational fluid dynamics (CFD) analysis and calculation capabilities to best simulate liquid and gas flows in and around your designs.
DiscoverOptimize part and mold manufacturability while anticipating feed system design to avoid costly mold modifications.
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