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SolidWorks |
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Design analysis made simple
 The
original analysis solution for SolidWorks is
better than ever! Fast, powerful, and accurate
analysis within the same SolidWorks interface
you already use every day...no wonder
COSMOSWorks™ is number one.
COSMOSWorks provides easy to
use yet powerful design analysis and
optimization tools for designers and engineers
alike. More than 12,000 companies in a wide
array of industries currently use COSMOS to
improve design quality, avoid field failures,
reduce material costs and shorten
time-to-market.
COSMOSWorks enables faster,
less costly, and more optimized product
development, as well as more in-depth
examination of product performance than would
ever be possible using even the most detailed
prototypes.
COSMOSWorks™
is available in the following bundle
configurations.
 COSMOSWorks™
provides the following Features and Benefits:
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Full Integration with SolidWorks.
COSMOSWorks is fully embedded within the
SolidWorks Windows®-native environment.
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Scaleable.
COSMOSWorks has a variety of bundles and
option configurations, so you only pay for
the functionalities you need. From basic
linear static to frequency buckling, drop
test, thermal, shell analysis, assemblies
capabilities, nonlinear, fatigue,
COSMOSWorks offers all of these capabilities
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Assemblies with Gap Contact Analysis.
Analyze assemblies with gaps, contact and
friction. |
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Shell Analysis.
Analyze shells using SolidWorks surfaces and
by extracting mid surfaces of thin walled
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Drop Test Simulation.
Study the effect of impact on a SolidWorks
model when dropped from various heights.
Can be performed with a simple 3-step setup.
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Design Scenarios.
Define analysis inputs such as material,
restraints, loads, mesh size, contact
resistance, and geometric dimension as
parameters or parametric equations.
Parameters are defined at the model level
and can be used in various studies.
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Shape Optimization.
Optimize parts and assemblies, whether for
constraints such as static, thermal,
frequency or buckling, or for objectives
such as mass, volume or load factors.
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Embedded Nonlinear Analysis.
Simulate the nonlinear material behaviors
including that of plastics, rubber, and
metals without ever leaving the SolidWorks
interface. Simply drag and drop loads,
restraints, materials, and mesh from a
linear study into a new nonlinear study.
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Embedded Fatigue Analysis.
Determine the life cycle of a design and
predict the failure of structures under
cyclical loading from within SolidWorks.
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