ANNEALING OF COLD-ROLLED STRIPS IN SHIELDING GAS ATMOSPHERE
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Abstract
The results of modeling the processes of annealing cold-worked coils of extra-thin steel strip of high quality in protective atmospheres of hydrogen and nitrogen in bell-type furnaces are presented. An algorithm for calculating the optimal value of the heating time is given, taking into account the thermophysical properties of both processed hard-worked coils of extra-thin steel strip and protective atmosphere gases. A technique for optimizing the modes of annealing of hard-worked coils of extra-thin steel strip in a bell-type furnace in a pure nitrogen environment relative to the basic mode in a pure hydrogen environment is presented.
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References
Mazur, V.L., Timoshenko, V.I. & Prikhod'ko, I.Yu. (2021). Vliyanie rezhimov otzhiga v kolpakovykh pechakh na napryazhenno-deformirovannoe sostoyanie rulonov kholodnokatanoi stali [Influence of annealing modes in bell-type furnaces on the stress-strain state of cold-rolled steel coils]. Stal' [Steel], (9), 22–29. (In Russ., abstr. in Engl.)
Mikheev, M.A. & Mikheeva, I.M. (1977). Osnovy teploperedachi. Moscow: Energiya. (In Russ.)
Averin, S.I., Gol'dfarb, E.M. & Kravtsov, A.F. (1969). Pod red. N.Yu. Taints. Raschety nagrevatel'nykh pechei. Kiev: Metallurgiya. (In Russ.)
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