New methods for flow regime identification were developed and applied to photon count
time series measured in a bubble column (0.162 m in ID) and fluidized bed (0.438 m in ID) …

Gas-solid fluidized beds are widely considered as nonlinear and chaotic dynamic systems.
Pressure fluctuations were measured in a fluidized bed of 0.15 m in diameter and were …

This paper reports the development of nonlinear time series analysis technique based on
recurrence quantification analysis (RQA) method to characterize the hydrodynamic of gas …

Recurrence plots have been used to analyze and characterize the investigated fluidization
regimes: bubbling, slugging and turbulent. Recurrence plots can be qualitatively analyzed …

The hydrodynamic behavior of cohesive TiO 2 nanoparticle agglomerates was studied in a
conical fluidized bed. The effects of size, particle polydispersity, and airflow velocity were …

Non-recurrent congestion disrupts normal traffic operations and lowers travel time (TT)
reliability, which leads to many negative consequences such as difficulties in trip planning …

Hydrodynamic characteristics of a gas-solid semi-cylindrical fluidized bed was
experimentally investigated and compared with that of a cylindrical bed by analysis of …

Chaos control in the Belousov–Zhabotinsky-CSTR system was investigated theoretically
and experimentally by reconstructing the phase space of the cerium (IV) ions concentration …

An on‐line method is developed for monitoring of mean particle size in fluidized beds using
pressure fluctuations (PFs) and acoustic emissions (AE) signal by recurrence plot (RP) and …

The functionality of computational fluid dynamics (CFD) for turbulent flows is limited by huge
computational demands which prevent any detailed long-term studies. In this publication, we …