CAJ | 학술논문

针对日益严重的井下煤尘污染，自主设计了湿式蜂窝扰流滤芯除尘器。介绍了此新型除尘器的除尘机理及结构组成，搭建了除尘器的实验平台，以便与后续的仿真模拟做对比。建立湿式蜂窝扰流滤芯除尘器的数学模型，并对其进行了网格划分，针对各种边界条件进行了分析，模拟了单相气相、气液两相、气固两相流中的图湍能和速度分布，为风机的设计提供了参考。
침대일익엄중적정하매진오염，자주설계료습식봉와우류려심제진기。개소료차신형제진기적제진궤리급결구조성，탑건료제진기적실험평태，이편여후속적방진모의주대비。건립습식봉와우류려심제진기적수학모형，병대기진행료망격화분，침대각충변계조건진행료분석，모의료단상기상、기액량상、기고량상류중적도단능화속도분포，위풍궤적설계제공료삼고。
For the growing underground coal dust polution, self-designed spoiler wet honeycomb filter dust colector. Introduce the mechanism and structure of the new machine ,bulid the experimental platform in order to compare with the result of the simulation.Bulid the mathematical model of celular spoiler wet filter dust colector,and mesh it.,a variety of boundary conditions are analyzed, simulated turbulent flow chart energy and velocity distribution single-phase gas-phase, two-phase gas-liquid, gas-solid, provide a reference for the designing of the fan.