Maxwell's equation of magnetic field

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SUMMARY

This discussion centers on Maxwell's equations and their relationship to magnetic fields and temperature effects on conductor insulation. The user seeks to establish a correlation between the magnetic field generated by a current in a copper wire and its thermal impact on the insulation. However, the consensus indicates that no direct equation exists linking Maxwell's magnetic field to temperature in conductors, and it is suggested to explore Ohm's Law for relevant insights.

PREREQUISITES
  • Understanding of Maxwell's equations
  • Knowledge of magnetic fields in conductors
  • Familiarity with Ohm's Law
  • Basic principles of thermal effects on materials
NEXT STEPS
  • Research the implications of Ohm's Law on conductor heating
  • Explore the thermal conductivity of copper and its insulation materials
  • Investigate the effects of magnetic fields on temperature in conductors
  • Study the principles of electromagnetic theory related to temperature changes
USEFUL FOR

Electrical engineers, physics students, and researchers interested in the interplay between electromagnetic fields and thermal properties of conductors.

Marre
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Hi guys!Im doing a Project about maxwell equations and need help with something. Let's say you have a current going through a copper wire with an insolation on, and ofcourse there is a magnetic field. I've wondering if the magnetic field have a temperatur impact on the cabelinsolation. I want to find the similarities equation between Maxwell magnetic field and temperatur on a conductor.

All help is better then no help.

Thnx guys!
 
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Marre said:
I want to find the similarities equation between Maxwell magnetic field and temperatur on a conductor.
Hi Marre, welcome to PF!

There isn't one to my knowledge. You might want to look at Ohm's law instead.
 

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