Researchers have created digital twins of Nd-Fe-B magnets, enabling them to understand why they struggle with coercivity when forced to demagnetize.
The digital twins represent the true behavior of these magnets, enabling researchers to simulate demagnetization and magnetization virtually. Using the twins, the experimenters can create more efficient magnets with different property types, compositions, and processing conditions, saving time and development costs.
Due to the critical role of Nd-Fe-B magnets in electric vehicles, climate technology, and other industries, the twins will act as essential tools for developing better magnets within short timeframes at greater rates, meeting supply and demand for these industries that require more efficient magnets.
Overall, this breakthrough comes as digital twins are being utilized as essential technologies in the fight against climate change. The use of twins in developing Nd-Fe-B magnets helps contribute to that goal.
For more information on using Digital twins in the climate technology industry, check out our intelligence platform for the latest data and insights.
