Particle tracing 
Curvilinear elements 
Automatic hp-adaptivity 
Scripting (Python) 
Current field 
Structural mechanics 
Electrostatic field 
Magnetic field (steady state, harmonic and transient analysis) 
Heat Transfer (steady state and transient analysis) 
Acoustics 
In these days a new stable version of Agros2D has been released and made available for download. This version brings many new features and improvements such as geometry verification, new module for particle tracing, rewritten Python editor – PythonLab. The
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One of the main strengths of the Hermes library, which is also available in Agros2D, is an automatic hp-adaptivity algorithm. It combines advantages of the h-adaptivity (precise resolution of singularities, boundary layers, etc.) with advantages of p-adaptivity, which is very
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Particle tracing is a feature that has been added to Agros2D very recently. The equations of motion of charged particles are calculated to show their behavior in the previously calculated field (electrostatic, magnetic, or other). We demonstrate this feature on
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The use of curvilinear elements can be very effective for some geometries. In the classical finite element approach, rounded lines have to be approximated by a sequence of small straight segments. In the figure left we can see example of
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In new version of Agros2D was introduced a new source code editor PythonLab, which includes powerful console with code completion and variable introspection.
Agros2D is a multiplatform C++ application for the solution of partial differential equations (PDE) based on the Hermes library, developed by the group at the University of West Bohemia in Pilsen. Agros2D is distributed under the GNU General Public License.
Latest version: 2.0.0.1154, 19.03.2012
