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通过水力学模型试验,研究中间罐内的温度和浓度变化表明,现场中间罐内型结构欠合理,设置“圆弧组合型”挡墙可改善中间罐内的流场,保证中间罐在正常浇注条件下各流温度均匀。
Through the hydraulic model test, the study of the change of temperature and concentration in the intermediate tank shows that the internal structure of the intermediate tank is not reasonable. Setting the “arc combined type” retaining wall can improve the flow field in the intermediate tank and ensure the normal pouring of the intermediate tank Under the conditions of the flow temperature uniformity.