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Electromagnetic (EM) and thermal model simulation and analysis of electromechanical & electronics products

Design & modelling for the electromagnetic and thermal simulation & analysis of the electric potential & field, magnetic field & flux density and temperature & heat flow for the application of insulation, voltage detection & sensing, magnetic designs and thermal designs of the electro-mechanical products for optimum designs for electromagnetic and thermal for many different applications of design of electro-mechanical and Electronics products. The simulation & analysis could be of EM or Electric or magnetic or thermal or combinations of EM & thermal based on the product & its applications.

1. Electric potential & field simulation and analysis - Electrics

Electric potential and electric field computation to study the voltage detection & sensing, field sensing & detection and insulation requirements for selecting the materials & clearance in the applications of design of electromechanical and electronics products.

Electric potential

Electric field

2. Magnetic field & flux density simulation and analysis - Magnetics

Magnetic field and flux density computation to study the magnetic flux detection & sensing, field sensing & detection and magnetic requirements for selecting the materials & size in the applications of design of electromechanical and Electronics products.

Magnetic flux density

Magnetic field

3. Temperature & heat flow simulation and analysis – Thermal

Temperature and heat flow computation to study the temperature detection & sensing, heat flow sensing & detection and thermal requirements for selecting the materials & size in the applications of design of electromechanical and electronics products.

Temperature

Heat flow density