Abstract
The minimum condition in regard to heatloss on walls of which melter has bridgewall type for colourless glass has been determined on its dimension and shape. This condition is assumed as the optimum condition of the melter and the optimum value of its depth, corresponding to its capacity and shape, is analysed mathematically. This optimum condition is determined by a relatively simple equation, if the form of lateral cross section of all tanks were a similar figure and state of heat transmission in the walls were not change with one another. But depths of various practical tanks have considerable low values compared with the optimum depths which are abtained by this calculation. However, ratio of the practical value to the latter has a linear relationship to the viume of melter. And then, this equations obtaines a significance as a standard for the design of glass melters. But, in order to determine the optimum condition as an ideal significance, other many complicated conditions must be introduced in this relation.
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