| ALGOR V15 Features |
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ALGOR V15 enables you to sketch and mesh 2-D FEA models directly
within our FEMPRO single-user interface, which makes it easy to perform
first-pass or proof-of-concept analyses.
The new Superdraw 2-D sketching tools allow you to draw points,
lines, rectangles, arcs, circles and splines and then modify these
objects with commands including copy, divide, fillet, intersect, rotate,
mirror, move, parallel, trim/extend and delete. |
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An automatic, unstructured 2-D mesh can be easily created from Superdraw sketches through a right-click menu option – resulting in a 2-D
FEA model ready for analysis.
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The capability to input equations into data input fields provides additional flexibility and convenience
when specifying model data.
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Strain energy density contours provide an additional results
evaluation capability that lets you see a graphical
display of the strain energy density distribution throughout the model.
By examining the strain energy density, you can determine whether or not the model failed based on
the material. For example, evaluating the strain energy density contours in a hyperelastic material that undergoes
deformation can be used to investigate causes of fatigue and fracture in rubber components.
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You can specify allowable stress values and then display factor of safety contours for
static stress analysis with linear material models to see a graphical display of where
stresses in the model are below and above the specified allowables.
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Enhanced beam visualization based on the AISC section properties and
improved plate visualization provides the ability to
more realistically visualize and present models with beam and plate elements.
This
capability can be particularly useful when presenting results to
non-engineers through images and animations included with reports. |
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Improved forced convection analysis allows you to apply multiple fluid flow results to a single heat transfer analysis.
For example, a structure that is exposed to both a hot fluid and a cold fluid
can be analyzed to determine the
temperature distribution including forced convection effects. |
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Body-to-body radiation support for transient heat transfer analyses provides the
capability to calculate the time-dependent transfer of heat between
separated parts. This capability enables you to
analyze the temperature distribution for multi-body radiation
scenarios where a large temperature gradient occurs (e.g., furnace
applications, a cryogenic system) or for heat transfer in a vacuum
(e.g., thermos bottle, light bulb, spacecraft components, weather
balloon payload components). |
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The capability to import from and export to XML files facilitates material property data transfer with third-party material
libraries. This enables you to easily import material information
from online databases and share material data with colleagues, clients
and consultants. |
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A new pulley element for MES enables you to conveniently simulate the
mechanical behavior of a
pulley, especially in assemblies where a pulley is needed to properly
transfer motion between parts. Realistic visualization of the pulley
within the Superview IV Results environment is also included. |
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Support for variable surface loads in MES makes it easy to
set up complex load distributions, such as parabolic surface loads. |
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