【灌水】ALGOR准备出V15版本了
June 29, 2004ALGOR V15 Features All-New Superdraw Sketching and Modeling Tools
ALGOR announced that ALGOR V15, scheduled for release on July 6, features all-new Superdraw sketching and modeling tools for 2-D design and analysis directly within FEMPRO, ALGOR's complete and easy-to-use finite element modeling, results evaluation and presentation interface. V15 also includes an expanded, built-in library of materials; new Mechanical Event Simulation (MES) capabilities including a new pulley element; improved linear static stress, heat transfer and fluid flow analysis tools; more result evaluation and presentation capabilities; and much more.
"ALGOR V15 enables engineers to sketch and mesh 2-D FEA models directly within our FEMPRO single-user interface and ALGOR V16, available later this Fall, will provide our complete suite of Superdraw modeling tools within FEMPRO, including options for creating 2- and 3-D structured meshes," said ALGOR Product Manager, Bob Williams. "V15 significantly increases the finite element modeling tools available within FEMPRO, which makes it easy to perform first-pass or proof-of-concept analyses."
The new Superdraw 2-D sketching tools enable engineers 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. An automatic, unstructured 2-D mesh can then be easily created from sketches through a right-click menu option ?resulting in a 2-D FEA model ready for analysis.
ALGOR V15 also includes:
Material Library Manager improvements such as:
additional materials in the built-in library
the capability to exchange material data with third-party material libraries through XML
a parallel iterative solver that provides faster solution times for linear static stress analysis
variable surface loads and a new pulley element for MES
body-to-body radiation for transient heat transfer analysis
improved convergence and faster solution times for fluid flow analysis
new result evaluation and presentation capabilities such as:
realistic visualization of beam and plate elements
factor of safety and strain energy density contours for linear static stress analysis
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