| News | Events | Success Stories |
News
• Desktop Engineering Editor's Pick: MotorSolve IM
• E-Newsletter Issue #50 - June 2, 2009
• Infolytica releases MotorSolve v2.2
• New MagNet, ElecNet and ThermNet for faster results
• E-Drive: Axial Flux Motor Design Delivers Superior Torque Density
• DE Online: MagNet & ThermNet Tackle Hybrid Motor Heat Limits
• E-Newsletter Issue #50 - June 2, 2009
• Infolytica releases MotorSolve v2.2
• New MagNet, ElecNet and ThermNet for faster results
• E-Drive: Axial Flux Motor Design Delivers Superior Torque Density
• DE Online: MagNet & ThermNet Tackle Hybrid Motor Heat Limits
Events
Success Stories
| Testimonial | Member Associations |
Testimonial
"Infolytica's FE MagNet package is an intuitive and interactive tool in terms of geometry building and solver parameter setup. Eddy current loss, leakage inductance, and flux density distribution are readily available without user request. Customer Support service is very accessible. "
Frank Feng
Hamilton Sundstrand, Inc
Member Associations
| Design Examples |
Design Examples
Using MotorSolve BLDC, iron loss trends in a high-torque BLDC motor with respect to electrical loading, drive types and rotor back Iron depth are computed |
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Simulating the dynamic electromagnetic characteristics in order to obtain further improvements. |
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MotorSolve is able to provide useful results to investigate the complex characteristics of an interior permanent magnet used in hybrid and electric vehicle applications. |
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Using ElecNet, it is possible to model and understand the nature of the transients in a conductive shield before steady state is reached. |
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