The article discusses the heating of metal surfaces and conductive liquids by a traveling magnetic field, which, closing through a non-magnetic gap along the walls of a ferromagnetic material and outside it, transfers thermal energy to it due to eddy currents. The paper provides a review, analysis and preliminary calculation of a modular induction linear heater. A conclusion is given at the end of the article
induction heater, thermal effect, choice of heater design, modular heater
1. Dubrovin R.G., Talamanov V.N., Kozenkova G.L. Primenenie indukcionnogo ploskogo lineynogo nagrevatelya pri ekspluatacii portovyh peregruzochnyh kompleksov dlya nalivnyh gruzov. Nauchnyy sbornik «Ekspluataciya morskogo transporta» FGBOU VO "GMU imeni admirala F.F. Ushakova", 2021 № 4 (101). – s.127-131
2. Sluhockiy A.E., Ryskin S.E. Induktory dlya indukcionnogo nagreva. Energiya, L.: 1974.
3. Lekomcev P.L., Dresvyannikova S.V., Korepanov A.S., Solov'ev A.S. Inzhenernyy raschet indukcionnyh vodonagrevateley. – Elektronnyy nauchnyy zhurnal «Inzhenernyy vestnik Dona», 2007-2016.
4. Zhukovskiy B. E, Kuvaldin A. B. Indukcionnyeustanovki nizkotemperaturnogo nagreva dlyarazlichnyh tehnologicheskih processov. // Elektrotehnika.-1986.- № 3.- S. 16-19.
5. Elektrotermicheskoe oborudovanie: spravochnik /pod red. A. P. Al'tgauzena. -M.: Energiya, 1980.-416 s.
6. Pavlov N. A. Inzhenernye teplovye raschety indukcionnyh nagrevateley. - M.: Energiya, 1978. -120 s.
