COSMOS/EMS is a 3D-field simulator for low frequency electromagnetic and electromechanical applications.

COSMOS/EMS combines a high level of functionality and accuracy with ease-of-use, and is applicable in a wide variety of designs.

COSMOS/EMS is a 3D-field simulator for low frequency electromagnetic and electromechanical applications.

COSMOS/EMS combines a high level of functionality and accuracy with ease-of-use, and is applicable in a wide variety of designs

COSMOS/EMS can be used as an add-on solution to COSMOS/Works or COSMOS/DesignSTAR.

COSMOS/EMS contains the following modules:

COSMOS/EMS is based on the powerful Finite Element Method (FEM), which solves the physical equations directly without any simplifications or assumptions. It is designed to help you gain physical insight into the performance of your designs through the computation of important parameters such as: torques, forces, fields, currents, inductances, capacitances, flux linkages, current losses and electrical stresses. And, COSMOS/EMS is fully integrated with COSMOS/DesignSTAR.

COSMOS/EMS is applicable for a wide variety of analyses and is extremely flexible. No matter what design you are creating, you can eliminate weaknesses utilizing COSMOS/EMS in the product development cycle can help you build a better product in less time.

* Transient Magnetic modules will be available in future releases.

COSMOS/EMS Features

Electrostatic and Electric Conduction

Electrostatic

  • Material Properties
    • Linear isotropic
    • Linear anisotropic
  • Excitations
    • Permanent polarization
    • Electric charge density
    • Total charge
    • DC voltage
  • ResuIts
    • Voltage distribution (V)
    • Electric field distribution (E)
    • Electric displacement distribution (D)
    • Energy density
    • Capacitance matrix

Electric Conduction

  • Material Properties
    • Isotropic
  • Excitations
    • DC Voltage
  • Results
    • Voltage (V)
    • Electric field distribution (E)

Magnetostatic

  • Material Properties
    • Linear and nonlinear isotropic materials
    • Linear and nonlinear anisotropic materials
  • Excitations
    • Permanent magnet
    • Applied current
    • Applied voltage
    • Applied external field
  • ResuIts
    • Magnetic flux density (B)
    • Magnetic field (H)
    • Energy density
    • Forces
    • Torque’s

AC Magnetic

  • Material Properties
    • Linear isotropic
    • Linear anisotropic
  • Excitations
    • Applied current
    • Applied voltage
  • ResuIts
    • Magnetic flux density (B)
    • Magnetic field (H)
    • Energy density
    • Currents
    • Forces
    • Torque’s
    • Inductance

Transient Magnetic *

  • Material Properties
    • Linear and nonlinear isotropic materials
    • Linear and nonlinear anisotropic materials
  • Excitations
    • Applied current
    • Applied voltage
    • Applied external field
  • ResuIts
    • Magnetic flux density (B)
    • Magnetic field (H)
    • Energy density
    • Forces
    • Torque’s

* Transient Magnetic module will be available in future releases.

COSMOS/EMS Bundles

COSMOS/EMS Basic

Includes Electrostatic, Electric Conduction & Magnetostatic solvers, COSMOS/DesignSTAR interface and Assemblies module.

COSMOS/EMS Advanced

Includes COSMOS/EMS Basic Bundle plus AC Magnetic and Transient Magnetic* solvers.

* Transient Magnetic module will be available in future releases.

COSMOS/EMS System Requirements