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New Technology Makes Linear Contact Easy
New, easy-to-use linear contact analysis capabilities are now
available including bonded, welded, free/no contact, surface contact
and edge contact. This new contact technology is ideal for use on
models created in the wide range of leading CAD solid modelers ALGOR
supports, including Alibre Design, Autodesk Inventor, CADKEY,
Mechanical Desktop, Pro/ENGINEER, Rhinoceros, Solid Edge and
SolidWorks.
The surface contact option is used to simulate contact between the
surface area where parts touch and the edge contact option is used to
simulate contact between edges and where those edges touch other
parts. For both contact options, the software automatically calculates
the necessary contact parameters so that no additional data input is
required.
The new surface and edge contact capabilities also allow for the
consideration of static friction effects by simply specifying a static
friction coefficient or by using the default.
"The new contact capabilities not only make it easy for
engineers to specify contact between different parts of an assembly,
but also give engineers the flexibility to choose from a variety of
common contact types," said ALGOR product manager, Bob Williams.
"With the unique edge contact options and the ability to consider
static friction effects, a wide range of contact scenarios are
supported within FEMPRO, ALGOR's complete finite element modeling,
results evaluation and presentation interface."
The new contact capabilities are made possible by new and improved
mesh matching technology and all-new right-click menus and dialogs in
ALGOR’s FEMPRO interface. The user simply sets the default contact
type for the entire assembly through the contact branch of the tree
view. Optional contact pairs between specific parts and/or surfaces
can be interactively specified through the graphics window or tree
view. The user then decides whether to include friction effects. After
an analysis, FEMPRO’s Superview IV Results environment provides the
capability to inquire on the total force transmitted between the
contacting surfaces and edges.
For pricing, to learn more about our products or to make suggestions regarding future software enhancements, click
here.
Also, read about recent product developments in the
News Bulletins
section of our web site.
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