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          • Case study 1 : Optimization of the shielding electrodes in GCB
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          • Case study 3: Optimization of the capacitor head in GCB
          • Case study 4 : Multi-load optimization of exterior connecting parts in three-phase circuit breaker
        • Inverse Design
          • Case study 1: Paramagnetic Sensor
          • Case Study 2: Magnetic Shimming Structure
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          • Case Study 4: Levitated rod problem
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      • Laplace
        • Case study 1: Circuit breaker design 
        • Case study 2: Dielectric design in power transformers
        • Case study 3: Rocket charging due to the external charge
        • Case study 4: Electrostatic field mitigation analysis
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DESIGN OF REAL-WORLD ELECTRICAL ENGINEERING PRODUCTS USING FRONT-END 3D SIMULATION & OPTIMIZATION TECHNOLOGIES DESIGN OF REAL-WORLD ELECTRICAL ENGINEERING PRODUCTS USING FRONT-END 3D SIMULATION & OPTIMIZATION TECHNOLOGIES DESIGN OF REAL-WORLD ELECTRICAL ENGINEERING PRODUCTS USING FRONT-END 3D SIMULATION & OPTIMIZATION TECHNOLOGIES DESIGN OF REAL-WORLD ELECTRICAL ENGINEERING PRODUCTS USING FRONT-END 3D SIMULATION & OPTIMIZATION TECHNOLOGIES
  • Home
  • Products
    • ENGINEERING DESIGN
      • Optim
        • Direct Optimization
          • Case study 1 : Optimization of the shielding electrodes in GCB
          • Case study 2: Optimization of exterior connecting parts in three-phase circuit breaker
          • Case study 3: Optimization of the capacitor head in GCB
          • Case study 4 : Multi-load optimization of exterior connecting parts in three-phase circuit breaker
        • Inverse Design
          • Case study 1: Paramagnetic Sensor
          • Case Study 2: Magnetic Shimming Structure
          • Case Study 3: Team Problem No. 25
          • Case Study 4: Levitated rod problem
        • Hybrid Optimization
      • Laplace
        • Case study 1: Circuit breaker design 
        • Case study 2: Dielectric design in power transformers
        • Case study 3: Rocket charging due to the external charge
        • Case study 4: Electrostatic field mitigation analysis
      • Tesla
        • MEMS design
        • Shunt reactor design
        • Forces acting on the transformer’s windings
      • POLOPT/ SBD
    • TRANSMISSION & DISTRIBUTION
      • SIGMA SLP
      • I3CM LLS
  • Services
  • About us
    • Our partners
    • Imprint
  • Contact

Polopt/Tesla Module for Magnetostatic Analysis

Forces acting on the transformer’s windings

Forces acting on the transformer’s windings

Polopt/Tesla Module for Magnetostatic Analysis

Shunt reactor design

Shunt reactor design

Polopt/Tesla Module for Magnetostatic Analysis

Case study : MEMS design

Case study : MEMS design

Polopt/Tesla Module for Magnetostatic Analysis

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