ANSYS DesignModeler
Creating design models is a
core
part of the product
development process and the first step in the simulation process. These
models can be of geometry forms representing actual design details, or
they can be approximations of the designs using simplified components
like beams and plates. Besides being an essential component of
engineering simulation, geometry also links engineering simulation with
design and manufacturing, and thereby plays a critical role in
Simulation Driven Product Development.
With direct interfaces to
all
major computer-aided
design (CAD) systems, support of additional readers and translators,
and an integrated geometry modeler exclusively focused on analysis,
ANSYS offers the most comprehensive geometry handling solutions for
engineering simulation in an integrated environment.
The industry-leading ANSYS
Workbench computer-aided
engineering (CAE) integration environment is CAD-neutral and supports
bidirectional, direct, associative interfaces with all major CAD
systems. The environment includes a feature-based solid modeler, which
can be used to create a parametric geometry from scratch or prepare an
existing CAD geometry for analysis. These tools provide a parametric
and persistent modeling environment that is ideal for performing design
optimization.
ANSYS DesignModeler provides
unique modeling functions
for simulation that include parametric geometry creation, concept model
creation, CAD geometry modification, automated cleanup and repair, and
several custom tools designed for fluid flow, structural and other
types of analyses
» ANSYS
DesignModeler Brochure (PDF)
» Geometry
Integration and Modeling Solutions
(PDF)
» What's
New in
ANSYS 12.0
Events
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Techincal
Seminar/Hands-On Events
Ozen Engineering Inc. holds ANSYS Technical Seminars and Hands-On every
month. To see the event schedule or register for an upcoming event,
please go to our Technical
Seminar page.
Training
Ozen Engineering Inc. offers classes taught by Ozen Engineering experts
who have extensive ANSYS application experience as well as FEA and CFD
computer-aided engineering expertise. To see our ANSYS training
schedule, please go to our Training
page.
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