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To develop good products, design engineers need to study how
their designs will behave in real-world conditions. Physical
prototyping is an expensive, time-consuming way to do this, and
the usual alternative - traditional numerical analysis - depends
on highly trained specialists to get accurate results.
Fortunately, there's a way to simulate the performance of your
designs that doesn't have these drawbacks. Pro/MECHANICA
simulates how a product will function in its intended environment
non-specialist design engineers can explore the mechanical
performance of design alternatives without building prototypes.
With the insight gained from this innovative software, users can
improve designs early in the development cycle, when changes are
easier and less expensive to make.
Integrated Design Analysis
Pro/MECHANICA has a new windows based user interface,
offering a familiar look and feel to the Design Engineer, thus
allowing product simulation in the native CAD environment.
Pro/MECHANICA delivers true interoperability with other PTC
products and data management tools as well as interfacing to other
CAD tools.
Fast, Accurate Solutions
Pro/MECHANICA is the only analysis system to offer precise
representation of CAD geometry, and it's breakthrough adaptive
solution technology provides quality assured results automatically.
Pro/MECHANICA has been an industry-proven solution used world-wide
since 1990, delivering unbeatably fast simulation 'turnaround'
which allows design engineers to make decisions with confidence.
Parametric Optimization
In conjunction with the full power of
Pro/ENGINEER, Pro/MECHANICA delivers true parametric analysis,
and with associative simulation features, no analysis re-definition
is required after design changes. With full associativity to
downstream deliverables (drawings, toolpaths, etc.) Pro/MECHANICA
is the only truly integrated design analysis product around.
Multi-Disciplinary Simulation and Optimization
Pro/MECHANICA provides multiple associative solution types for
structural, vibration, thermal and mechanism dynamics problems.
Using multi-disciplinary studies, optimized designs based on assigned
goal and performance limits can be found quickly and easily.
Common Simulation Environment
Pro/MECHANICA re-uses design intent by inheriting mechanism joint
definitions from Pro/ENGINEER's Mechanism Design Extension. And if
specialized analyses are necessary, Pro/MECHANICA can automatically
create fully associative FEA meshes for products like NASTRAN
and ABAQUS. Using a common simulation environment, boundary
conditions need be defined once only.
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