AutoFEM Analysis Lite 1.7
Using AutoFEM Analysis Lite each user of AutoCAD gets possibility to solve the problems of finite-element modeling of various physical phenomena:
- static and fatigue analysis (stress analysis of structures);
- calculation of the first natural frequency of structure;
- calculation of critical load (the stability of the system);
- oscillations analysis;
- thermal calculations and other tasks.
General algorithm of working with AutoFEM Analysis is the following:
First, the user must create three-dimensional (3D) model of the product in the AutoCAD environment.
Then, without leaving AutoCAD, user creates a problem of finite-element analysis so called as a "Study".
The model is loaded into the preprocessor AutoFEM which is fully integrated into AutoCAD.
By using the Preprocessor the user specifies the external and internal parameters of the simulated physical phenomena (finite-element mesh, boundary conditions, materials, etc.) and transmits the "Study" in Processor of AutoFEM Analysis.
Processor of AutoFEM Analysis performs assembling and solution of systems of algebraic equations in accordance with the finite element method. In the AutoFEM Analysis Postprocessor the user performs an analysis of the results and the formation of the accompanying documents - reports, video, avi, etc.
Thus AutoCAD users are able to perform the finite-element analysis in the usual and familiar for them software environment.
AutoFEM Analysis Lite has certain limitations in the computing functionality compared with the commercial version.
...cross-section and perform strength check of slender...set load. - Strength check of the...representation of permitted stress dependent on slenderness...
...highly flexible, general, finite element method Static...and dynamic analysis of multi span...and frames Modal analysis and eigenvalues estimation...patent) Multi-step dynamic analysis User controlled damping...creation Consideration of thermal loads PRE-PROCESSING: Top...Drawing of axial-shear force and bending moment...
...Flow - Molar, Frequency Wavelength, Fuel Efficiency,...Volume, Surface Tension, Temperature Interval, Thermal Conductivity,...Thermal Expansion, Torque, Typography,...
...geometrical design and strength check of force...- Design of force fits, possibly shrink...cut hub. - Strength check of designed...by additional radial force with bending moment....
...the log mean temperature difference, temperature deriving...force for counter current...