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The numerical simulation research on garbage particles in airflow field of horizontal air-separator under different conditions

机译:不同条件下水平空气分离器气流场垃圾粒子数值模拟研究

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In air-separator's operating condition, separation trajectory of air-separator's internalgarbage particles was obtained through comparison of ordinary and improved air-separator'sinternal flow field in the numerical was simulated by FLUENT soft software and garbage particles'flow rules and separation principle was revealed. The results show that velocity field and pressurefield of improved horizontal air-separator's changes smoothly and phenomenon of chaos andback-mixing can be avoided, furthermore, it realizes effective sorting for three different qualitygarbage particles. The numerical simulation method in this paper provides theoretical and technicalway for optimizing the air-separator's internal structure and improving air-separator's performance.
机译:在空气分离器的操作条件下,通过使用流畅的软件和垃圾粒子的流出规则模拟了数值的普通和改进的空气分离器的内部流场,获得了空气分离器内部颗粒的分离轨迹。 。结果表明,可以避免改进水平空气分离器改变的速度场和压力场,并且可以避免混沌和倒带混合的现象,实现了三种不同的Quariticalbage粒子的有效分类。本文的数值模拟方法提供了优化空气分离器内部结构和提高空气分离器性能的理论和技术。

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