
Predicting deformation in induction shrink fitting: A tool holder case study
Induction shrink fitting relies on rapid, localized thermal expansion…

Electromagnetic interference in WPT: mitigating losses from metallic backplates
Perfectly designed transmitter (Tx) and receiver (Rx) coils do…

Wireless charging coil design: Balancing efficiency, size, and temperature
A wireless charging coil can achieve good coupling in perfect…

Wireless Charging coil design: efficiency, size, and heat
A coil can couple well, but run too hot. It can fit nicely into…

Induction coil design for heating uniformity: Trade-offs engineers need to see
A coil can deliver enough power and still heat the wrong area. That…

Wireless Charging heat loss: how to separate copper loss, ferrite loss, and metal heating.
A wireless charging system gets hot. That part is clear. The…

Induction coil cooling design: How to prevent overheating and early tool failure
The part can heat correctly. The hardening pattern can look…

Induction hardening validation: how to compare simulation results with lab tests
Validation is not about proving a simulation is perfect. It is…

From prototype to production: what breaks first in induction hardening setups
A prototype can prove that a hardening process works. Production…

How a 4x SATA Backplane was designed, simulated, and built
About the author This guest article was written by Sebastian…
