NIPPON GOMU KYOKAISHI
Print ISSN : 0029-022X
THERMAL PROBLEMS IN THE VULCANIZATION OF RUBBER
(REPORT NO. 2) APPLICATION OF THE THEORETICAL EQUATION TO THE HEAT CONDUCTION CALCULATION IN THE VULCANIZATION OF TIRE
TAKEO KUBOTAMASATOMI GOMI
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1955 Volume 28 Issue 6 Pages 342-346

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Abstract
In Report No. 1, authors have derived the theoretical equation for obtaining temperature-time relations at selected points within a slab from the basic equation for heat conduction in one dimension. The theoretical equation has been shown in the following from
θ (p, q) =Σθf
This paper has outlined the application of this equation to the heat conduction calculation in the vulcanization of tire. In the calculation of temperature rise in tire during vulcanization, theoretical f-values for a slab (fi, fe, f0) must be adjusted. Techniques for determining f-values which can be used successfully for the purpose of obtaining reliable temperature-time relations at selected points within a tire have been discussed and illustrated by an example.
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© The Society of Rubber Industry, Japan
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