|
"V19.2's modeling, meshing and solver enhancements provide significant speed and productivity gains – especially in the area of CFD," said Jim Wheeler, Manager of Mechanical Design of RBI Canada 2000 Inc. in Calgary, Alberta, Canada. "I meshed and analyzed a complex, highly turbulent 3-D fluid flow model that I had originally studied using a previous version of ALGOR software. With V19.2, setup and solution time was three times faster."
"ALGOR V19.2's new temperature-dependent anisotropic material properties allow us, for the first time, to evaluate thermally-induced stresses in resonant structures made with piezoelectric materials," said Dr. Errol P. EerNisse, Vice President of Quartzdyne, Inc. in Salt Lake City, Utah. "Furthermore, the addition of user-defined functions in Superview gives us the opportunity to more accurately calculate and evaluate several important characteristics of our sensors. Two examples are stress-induced frequency shifts and internal energy changes in our resonators in the presence of applied pressure and temperature."
"V19.2 provides our customers with many new and improved tools for increased ease of use, productivity and advanced analysis applications," said ALGOR Product Manager, Bob Williams. "Looking ahead, our upcoming V20 software release will be a major update, which will feature a new overall look and feel to FEMPRO, our easy-to-use, single user interface. V20 will also include extensive additions to our modeling, meshing, analysis and presentation tools as well as many other enhancements based on customer requests."
ALGOR V19.2 also includes:
- FEMPRO
- Ability to select a group of vertices and project them onto a plane for alignment
- Capability for CSV file import/export of beam cross-section data
- Improved meshing tools:
- Mesh seed points for specifying locations of nodes (e.g., to apply loads and constraints)
- Improved midplane meshing of thin structures consisting of complex junctions
- Heat Transfer Analysis
- New preconditioned bi-conjugate gradient stabilized iterative solver for both steady-state and transient analyses of large models with body-to-body radiation and/or fluid flow convection
- Mechanical Event Simulation/Nonlinear Solver
- New thin shell element formulation with bilinear von Mises material model
- Anisotropic temperature-dependent general piezoelectric material models
- NASTRAN Support
- Improved support for importing NASTRAN models with PSHEAR and CSHEAR cards
- Report Wizard and Environment
- Improved tools for report generation including user control of font styles, sizes and colors; image sizes; and title page image
- Stress Analysis with Linear Material Models
- Anisotropic temperature-dependent general piezoelectric material models
- Ability to display part number for reaction and stress results of beams and trusses
- Improved the formulation of plate elements for industry-standard NASTRAN compatibility
- Superview Results Environment
- Capability to display electrostatic charge results
- Capability to display the results of user-supplied functions operating on calculated results, user-supplied constraints and material properties
- Additional color contour options
- Options for surface-based selection and display
The new features of V19.2 enhance and expand ALGOR's wide range of simulation capabilities including static stress and Mechanical Event Simulation (MES) with linear and nonlinear material models, linear dynamics, steady-state and transient heat transfer, steady and unsteady fluid flow, electrostatics and full multiphysics.
|
]
