POLOPT Products Features

  • Design of the real-world engineering problems using state-of-the-art 3D BEM-based simulation technology.
  • Free-form, gradient-less optimization enables achievement of the top devices performances, providing simultaneously the most compact design.
  • Advanced Boundary Element Method (BEM) used in POLOPT requires only the meshing of the interfaces between the different media (linear case). For nonlinear materials only the volumes containing the non-linear materials are discretized.
  • Interfaces to the powerful CAD systems enable efficient and user-friendly handling of the complex real-world problems in the CAD-based simulations. 
Free-form optimization of the shielding electrode
Free-form optimization of the shielding electrodes

 

Products

 

POLOPT/ Complete Suit
POLOPT/CS is a bundle providing comprehensive Simulation Based Design for Dielectric and Magnetostatic applications and includes:

  • POLOPT/Optim
  • POLOPT/Laplace
  • POLOPT/Tesla
  • POLOPT/SBD

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POLOPT/Optim
Polopt/Optim is a free-form optimization tool that supports both constrained and unconstrained optimization problems. It uses as a simulation engine POLOPT solvers like POLOPT/Tesla or POLOPT/Laplace and is fully integrated within POLOPT/SBD or POLOPT/ProE or a file based interface for input and results interaction. The combination with POLOPT /SBD enables the optimal shape to be sent back to CAD.
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POLOPT/Laplace
POLOPT/Laplace is a BEM solver for Electrostatic problems and this should include the integration of Streamer with its design criteria feature (BIL). POLOPT/Laplace works with POLOPT/SBD or Polopt/ProE or a file based interface for input and results interaction.
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POLOPT/Tesla
POLOPT/Tesla is a BEM solver for Magnetostatic problems. POLOPT/Tesla works with POLOPT/SBD or POLOPT/ProE or a file based interface for input and results interaction.
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POLOPT/SBD
POLOPT/SBD provides a comprehensive Simulation Based Design (SBD) environment (Pre- and Post-Processor, back to CAD) for Dielectric and Magnetostatic problems due to its integration with the Polopt Solvers and Polopt/Optim.
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