Heat radiation of perforated superduty refractory materials

Aksenov, A. V.; Davydov, V. A.; Zen'kovskii, A. G.; Kostyakov, V. V.; Parkhaev, B. V.

doi:10.1007/bf01281406

Refractories

1978

DOI: 10.1007/bf01281406

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Heat radiation of perforated superduty refractory materials

A. V. Aksenov

V. A. Davydov

A. G. Zen'kovskii

et al.

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1985

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“…Investigations of the effectiveness of radiation of various perforated refractory materials made in the Moscow Evening Metallurgical Institute [5] have made it possible to propose an engineering method of calculation of the radiant characteristics and to verify its applicability to furnaces with internal recuperation of the heat. For the investigated temperature range an average value of the coefficient C of 0.82 was selected.…”

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Calculation of the radiant characteristics of a perforated refractory lining

Aksenov¹,

Avakimov²

1985

Refractories

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Modern engineering methods of calculation of heat exchange by radiation in flame heating furnaces are based on utilization of information on the radiant characteristics both of the medium filling the working space and of the refractory lining surfaces bounding it. For example, with use of the "balance-flows" method for calculation of radiant heat exchange [i] it is necessary to have available the values of the integral degree of blackness of the lining surface and its temperature.The use of a model of heat exchange with numerical solution of the integrated equation of radiant transfer also rests on knowledge of the integral degree of blackness of the lining surface [2].

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mentioning

confidence: 99%

Calculation of the radiant characteristics of a perforated refractory lining

Aksenov¹,

Avakimov²

1985

Refractories

Self Cite

View full text Add to dashboard Cite

show abstract

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Heat radiation of perforated superduty refractory materials

Cited by 1 publication

References 0 publications

Calculation of the radiant characteristics of a perforated refractory lining

Calculation of the radiant characteristics of a perforated refractory lining

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