Minimum fluidization velocity (U mf) is of fundamental importance in gas fluidization. Lots of
empirical correlations have so far been reported in the literature to calculate U mf. However …

For the operation of a fluidized bed, solid particle size distribution is related to fluid dynamic
behaviors, heat transfer efficiency, combustion efficiency, and desulfurization performance …

A method for the detection and diagnosis of various faults in chemical processes based on
the combination of recurrence quantification analysis and unsupervised learning clustering …

An unsupervised learning method is developed for fault detection and diagnosis with
missing data for chemical processes based on the multivariate extension of joint recurrence …

The increase of inter-particle cohesive force greatly changes the fluidization dynamics,
finally leading to the partial or complete failure of fluidization. However, few studies concern …

Hydrodynamics of fluidization of hydrophilic titanium nanoparticles with vibration was
investigated through pressure fluctuations using recurrence quantification analysis. The bed …

Understanding complex two-phase flow in gas–solid fluidization is crucial to the optimal
design, rational scale-up, steady operation, and real-time control of a fluidized bed reactor …

Hydrodynamics of bubble column in the presence of different collectors was investigated by
recurrence quantification analysis (RQA). By measuring the local pressure fluctuations of the …

We investigate recurrent patterns in a lab-scale fluidized bed consisting of N p≈ 57 000
glass particles by the means of computational fluid dynamics and the discrete element …

Abstract Effect of the intensity and direction of the magnetic field was studied on fluidization
of titanium oxide nanoparticles (anatase phase) mixed with ferromagnetic Iron (III) oxide …