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Introduction |
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VisualFEA is
an innovative program for finite element analysis, which
is an advanced technique to solve and analyze physical
problems arising in many fields of science and engineering.
VisualFEA is a full-fledged
software integrated with ease-of-use but powerful functions
for pre- and post-processing as well as for finite element
processing.
VisualFEA has the greatest
advantage in its intuitive and creative user-interface
differentiated from any other software of the same kind.
VisualFEA has innovative
modeling capabilities such as mesh intersection, mesh
operation and mesh carving for fast and sophisticated
construction of complicated models. |
VisualFEA can perform structural,
heat conduction, and seepage analysis either separately
or in coupling. VisualFEA has various special elements
including embedded bars which facilitate modeling and
analysis of complex problems.
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| VisualFEA
has many useful and spectacular functions of postprocessing.
The data obtained from finite element analysis are visualized
in various forms: contour, isosurface, vector, animation
and so on. |
VisualFEA
has functions for studying finite element analysis. The
various computational aspect and concepts involved in
finite element modeling can be easily understood through
computational simulation. |
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Features |
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| Preprocessing |
Mesh generation (auto mesh,
intersection, operation, carving), assignment, staged model
sequence |
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| Postprocessing |
Contour, graph, diagram, level
surface, isosurface, slicing, vector representation, animation |
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| Analysis |
Structure linear static ( nonlinear,
dynamic, sequentially staged ) |
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Heat conduction ( steady state,
transient ) |
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Seepage ( steady state, transient,
confined, unconfined ) |
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Coupled analysis ( structure
and heat conduction, structure and seepage ) |
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| Educational
ability |
Computer simulation of finite
element process to aid understanding of various concepts
including shape functions, element equations, assembly and
solution of system equation, stress smoothing,
eigen value analysis, convergence characteristics and so
on. |
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