The influence of interaction between orthogonal magnetic fibers on the capture of Fe-based fine particles by each fiber

In this work, an existing method of capturing Fe-based fine particles by magnetic fiber is improved, and a weaving for the filter material further determined. Different combinations fields could form around fibers, which change interaction between orthogonal fibers when uniform field applied along X-, Y-, Z-axes. Therefore, process particle capture under three configurations was compared using computational fluid dynamics-discrete phase model (CFD-DPM) special user-defined function (UDF) force. The results show that either inhibit or promote adjacent fibers. industrial production, suitable alternate use traditional When X-axis, makes performance best. Moreover, characteristics, flow combination sequence should be considered. This study provides scientific researchers with new insights development novel high-efficiency fibrous filters to reduce particulate pollutants emissions.