AUTOMATION | |
ArticleName | Mathematical modeling of the process of touch burning of gas fuel |
ArticleAuthor | Rutkowski A. L., Meshkov E. I., Bekarebich A. A., Kovaleva M. A. |
ArticleAuthorData | A. L. Rutkovskiy, prof., e-mail: Rutkowski@mail.ru; E. I. Meshkov, dotsent, kaf. teorii i avtomatizatsii metallurgicheskikh protsessov i pechey, Severo-Kavkazskiy gorno-metallurgicheskiy in-t (GTU); A. A. Bekarevich, dotsent kaf. «Komp'yuternye informatsionnye i upravlyayushchie sistemy avtomatiki», MISiS; M. A. Kovaleva, laborant kaf. teorii i avtomatizatsii metallurgicheskikh protsessov i pechey, Severo-Kavkazskiy gorno-metallurgicheskiy in-t (GTU), g. Vladikavkaz. |
Abstract | The process of burning out of a torch of gas fuel in a wide range of change of the influence parameters was analyzed, which allows valid consideration of the thermal calculations of industrial units. The differential equation of burning out of the one-dimensional torch and its decision were received, on the basis of which the equations for calculation of the degree of burning out and length of the torch were deduced. Research of the influence of change of the theoretical volume of oxygen was conducted, which allows valid consideration of the calculations of burning out of gas fuel in industrial units. |
keywords | Furnace, incineration, gas fuel, torch, burning, rate of fuel burn-out, mathematical model |
References | 1. Voronin P. A., Davidson A. M., Shlykova S. V. Issledovanie goreniya tverdykh i zhidkikh topliv na osnove massoobmennykh protsessov v odnomernom fakele // Izv. vuzov. Tsvetnaya metallurgiya. 1993. № 3/4. |
Language of full-text | russian |
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