Benefits

For axi-symmetric geometries, the ability to only solve for the 2D cross sections means the solution time is orders of magnitude faster than a full 3D analysis. All the functionality of the full 3D solver is present, including the ability to solve waveguide modes (TE and TM, up to order 99), and radiation problems (such as horn antennas).

The tools for adaptive solutions and model parameterization are all included, and the Optimizer+ module is available as an option if required. Key features can be set as parameters, and either modified in a script allowing multiple analyses to be automated, or be passed to the optional Optimizer+ modules for full optimization.

The adaptive solver included within Concerto 2D allows the mesh to be automatically refined until a specific accuracy in solution is achieved.

Applications

With the inclusion of waveguide (TE and TM) modes and radiation conditions, it is ideally suited to the modeling of circular and coaxial devices, and circular horn antennas. Typical applications include:

• Axi-symmetric Antenna design (such as circular and corrugated horn antennas)
• Cylindrical Microwave component design
• Coaxial devices such as connectors

Main Features

3D Geometric Modeler, including:

• CAD file import/export, including de-featuring and healing
• Parameterization facilities
• Scripting language, with ability to create user defined macros
• Links to Optimizer+ (optional module)
• Easy to use sketching facility for model input
• Advanced modeler features for the power user
• Automatic generation of 2D solution plane, plus automatic mesh generation

2D FDTD Simulation, including:

• Dynamic results display
• Export S-parameters
• Suspend & Resume function (pause analysis, and resume)
• Freeze function (save current status of analysis, and resume at later date)
• Conforming elements (to model complex shapes) - no time step reduction
• Extremely fast 2D analysis, including higher order cylindrical modes (<99)

Additional Options:

• Optimizer+ with links to Geometric Modeler
  
• 3D Finite Element Method module as additional analysis option
  
• 3D Method of Moments module as additional analysis option