Our FEA software combines a modeler, mesher, and solver to analyze static, dynamic, buckling, thermal, and acoustic resonance for solid, shell, beam, and laminate elements. With support for STEP, STL, and DXF formats, our software accommodates over 1,000,000 nodes.
I recently had the opportunity to try out a general-purpose FEA software with an integrated modeler for Windows, and I must say that I was very impressed with its capabilities. One of the standout features of this program is its intuitive and user-friendly graphical model editing and load application interface. It made designing and analyzing models a breeze.
In addition to its easy-to-use modeling functions, the program also offers CAD import and automeshing from STEP/STL/DXF files. This allowed me to import existing models and quickly analyze them without having to spend too much time on manual input.
One of the most impressive aspects of this software is its solver. It has the ability to handle static, dynamic, natural frequency, buckling, thermal, acoustic resonance and DC electric current flow simulations. This means that users can simulate a wide range of scenarios and see how their designs will perform under different conditions.
The software also offers a range of different element types, including solid, shell, beam, truss, spring-damper and laminated shell elements. This allows users to choose the best element for the specific task they are tackling.
In terms of boundary conditions, this software has plenty of options to choose from. These include frictionless support, compression-only support, elastic Winkler foundation, force, hydrostatic pressure gradient, thermal loading, heat flow, cyclic symmetry, centrifugal force, fixed displacements and rotations in any direction, time-dependent loads and temperature-dependent thermal material properties.
Finally, it's worth noting that both 32 and 64-bit versions of the software can be installed. This means that users with a 64-bit computer can access over 1 million nodes, making it possible to simulate models of considerable complexity.
Overall, I found this FEA software to be a powerful and easy-to-use tool for analyzing and designing models. Its wide range of capabilities and intuitive interface make it well-suited to a variety of applications.
In addition to its easy-to-use modeling functions, the program also offers CAD import and automeshing from STEP/STL/DXF files. This allowed me to import existing models and quickly analyze them without having to spend too much time on manual input.
One of the most impressive aspects of this software is its solver. It has the ability to handle static, dynamic, natural frequency, buckling, thermal, acoustic resonance and DC electric current flow simulations. This means that users can simulate a wide range of scenarios and see how their designs will perform under different conditions.
The software also offers a range of different element types, including solid, shell, beam, truss, spring-damper and laminated shell elements. This allows users to choose the best element for the specific task they are tackling.
In terms of boundary conditions, this software has plenty of options to choose from. These include frictionless support, compression-only support, elastic Winkler foundation, force, hydrostatic pressure gradient, thermal loading, heat flow, cyclic symmetry, centrifugal force, fixed displacements and rotations in any direction, time-dependent loads and temperature-dependent thermal material properties.
Finally, it's worth noting that both 32 and 64-bit versions of the software can be installed. This means that users with a 64-bit computer can access over 1 million nodes, making it possible to simulate models of considerable complexity.
Overall, I found this FEA software to be a powerful and easy-to-use tool for analyzing and designing models. Its wide range of capabilities and intuitive interface make it well-suited to a variety of applications.
What's New
Version 1.1: N/A