SOLIDWORKS
SIMULATION
Subject your designs to real world conditions to raise product
quality while reducing prototyping and physical testing costs.
Why Choose
SOLIDWORKS
SIMULATION
SOLIDWORKS® Simulation is an easy-to-use portfolio of structural analysis tools that use Finite Element Analysis (FEA) to predict a product’s real-world physical behavior by virtually testing CAD models. The portfolio provides linear, non-linear static, and dynamic analysis capabilities.
Reduce prototyping cost
Boost Product Innovation
Improve Product efficiency
Overview
SOLIDWORKS
SIMULATION
Creating innovative products efficiently demands the ability to predict design behavior –
How the design would perform under real world operating conditions which involves prototyping and time-consuming trials. SOLIDWORKS Simulation 3D CAD Integrated Analysis solutions enables you to dimension a product accurately and optimize its design in lesser efforts, time and budget.
SOLIDWORKS Simulation Analysis Software helps you to ensure whether your product – in its designing stage itself – can withstand various levels of real-life pressures and forces associated with it. This way, you can optimize the design without having to make substantial tooling changes.
Go from a napkin sketch idea to an optimal design by using the Topology Optimization tool in SOLIDWORKS Simulation.
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Why choose
SOLIDWORKS for Designing?
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Know Top 10 Reason
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Advantages of
SOLIDWORKS
SIMULATION
An intuitive user interface and extensive analysis capabilities
A unique combination of precision, ease of use, and power
Accurate simulations eliminate the need to build a prototype and test
Ability to study and test parts/assemblies up to large sizes
Overall, quick processes, lesser costs, lighter products
| FEATURES | SIMULATION STANDARD | SIMULATION PROFESSIONAL | SIMULATION PREMIUM |
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| Fully Embedded Analysis |  |
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| Communication | |
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| Static Stress Analysis | |
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| Fatigue Analysis | |
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| Kinematic Motion (Time-Based) | |
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| Kinematic Motion (Event-Based) | |
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| Submodeling | |
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| 2D Simplification | |
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| Optimization | |
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| Thermal Analysis | |
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| Buckling Analysis | |
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| Frequency Analysis | |
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| Drop Test Analysis | |
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| Pressure Vessel Analysis | |
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| Nonlinear Analysis | |
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| Plastic Deformation/Residual Stress | |
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| Composite Material Analysis | |
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| Dynamic Analysis | |
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| Forced Vibration Analysis | |
