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Award ID contains: 2144763

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  1. ; (, AIChE Journal)
    Abstract Structured bubbling with a triangular lattice pattern has been demonstrated previously to form in fluidized beds with oscillated gas injection velocity. Here, we demonstrate using two‐fluid model simulations that dividing the gas distributor into slices and oscillating gas flow with a phase offset between consecutive slices enables structured bubbling to form with a wider range of bubble sizes and lattice configurations. Local particle solidification below bubbles leads to the formation of these structures, as manifested in high particle pressures in simulations. Varying the number of slices and phase offset enables a number of configurations that mix particles faster than cases with conventional structured bubbling or unstructured bubbling with the same overall gas flow rate. 
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  2. ; ; (, Chemical Engineering Science)
    Free, publicly-accessible full text available July 1, 2026
  3. ; ; ; ; (, Soft Matter)
    Numerical simulations reveal that the change in transport regimes for fluidized active granular materials is dependent on the balance of drag force, gravitational force, and active force. 
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    Free, publicly-accessible full text available May 14, 2026
  4. ; ; ; ; ; (, Industrial & Engineering Chemistry Research)
    Free, publicly-accessible full text available January 29, 2026
  5. ; ; ; ; ; ; (, Physical Review E)
  6. ; ; ; (, Chemical Engineering Science)
    Full Text Available 
  7. ; ; ; ; ; ; (, Chemical Engineering Journal)
    Full Text Available 
  8. ; ; ; ; ; ; (, Soft Matter)
    Mixing and segregation of granular particles on the basis of size and density from vertical vibration or upward gas flow is critical to a wide range of industrial, agricultural and natural processes. 
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    Full Text Available 
  9. ; ; ; (, Powder Technology)
    Full Text Available 
  10. ; ; ; ; ; (, Physical Review E)
    Full Text Available