DNS reveals thermal boundary layer residence time of particles with K=α_p/α_f >1 is constant for τ_T ≲1 and rises with τ_T for larger values; a 1D buoyancy-only model captures the trend.
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Statistical properties of thermally expandable particles in soft Rayleigh-Benard convection
DNS reveals thermal boundary layer residence time of particles with K=α_p/α_f >1 is constant for τ_T ≲1 and rises with τ_T for larger values; a 1D buoyancy-only model captures the trend.