Linked from

The 11 pages that link to Induction heating, each with the reason it gives.

• Electromagnetic inductionBroader topic: Induced currents dissipate energy as heat within the workpiece.

• Electric motorCompared with: It uses electromagnetic induction to produce heat rather than useful mechanical output.

• Faraday's law of inductionBroader topic: The induced currents dissipate energy as heat within the material.

• Joule heatingCompared with: It can generate resistive heat without direct electrical contact to the heated object.

• Skin effectRelated: Surface-concentrated currents can produce intense heating near a workpiece’s exterior.

• ElectrificationRelated: It supplies industrial heat without burning fuel at the point of use.

• Eddy currentRelated: Eddy-current resistance converts electromagnetic energy into heat.

• Lenz's lawRelated: The induced currents oppose changing flux while dissipating electrical energy as heat.

• Rice cookerCompared with: Some premium cookers heat the pot directly rather than relying on a hot plate beneath it.

• Home applianceRelated: Induction cooktops heat compatible cookware without directly heating a burner.

• Magnetohydrodynamic techniquesCompared with: It shares electromagnetic coupling with these techniques but targets heat rather than flow.