Cobham plc
 
 
 
 

Concerto PR

 

Concerto PR is the full Professional version of Concerto. It includes the Geometric Modeler and Optimizer+ as standard, along with Prony (to improve speed of analysis for high Q devices), and the multi-thread options (for multi-core and multi-processor hardware).

 

There is also the choice of one or more of the main analysis techniques: Finite Difference Time Domain (FDTD), Finite Element Method (FEM), and Method of Moments (MoM). Thermal analysis is also available as an option when using the FDTD module.

 

Main Features

 

3D Geometric Modeler, including:

 

  1. CAD file import/export, including de-featuring and healing
  2. Parameterization facilities
  3. Scripting language, with ability to create user defined macros
  4. Links to Optimizer+ (included module)
  5. Easy to use sketching facility for model input
  6. Advanced modeler features for the power user
  7. Automatic 3D mesh generation for the 3 analysis options

 

Choice of 3 analysis modules:

 

  1. Finite Difference Time Domain module
    1. Time domain analysis
    2. Conforming Mesh technology
    3. Ideal for microwave component design, including micro-strip and geometries
    4. Thermal modeling option available
    5. Includes Prony and Multi-Thread features
    6. Thermal analysis is optional with Concerto PR with FDTD module
 
5-pole-filter
 
  1. Method of Moments module
    1. Frequency domain analysis (single frequencies)
    2. Only the surfaces are modeled (using triangular and wire elements)
    3. Ideal for antenna coupling, antenna installed performance
    4. Radar signature calculations (including mono-static and bi-static RCS)
    5. Customized post-processor for result display and further processing
 
helicopter_antenna_placement
  1. Finite Element Method
    1. Eigenvalue analysis of resonant structures analysis (single frequencies)
    2. Uses finite element method for efficient modeling, with automatic mesh generation
    3. Ideal for RF and other cavities
    4. Customized post-processor for result display and further processing
 
sopranoev_cavity_field