In this paper, the interaction between cylindrical particles and shear-thinning non-Newtonian
fluids in a linear shear flow is investigated using particle-resolved direct numerical …

Cylindrical biomass (straw) particles play a crucial role in the numerical simulations of
biomass co-firing in coal-fired boilers, wherein the aerodynamic and heat transfer …

This study investigates the complex multiphase flow dynamics of large, irregularly shaped
biomass particles intended for co-firing in the heat and power sector. Existing simulation …

This study investigates the heat transfer of co-firing biomass in coal-fired power station
boilers, with a focus on practical application for realistic particle shapes. At present, there are …

Non-spherical particles are extensively encountered in the process industry such as
feedstock or catalysts eg, energy, food, pharmaceuticals, and chemicals. The design of …

In this work, a computational fluid dynamics of a linear shear flow past an oblate spheroid
resting on a surface was conducted. The present study aims to compute the hydrodynamic …

Fibrous air filters have emerged extensively as a remedial indoor solution to address severe
air pollution. To understand the complexities involved in variation of their performance with …

During the pneumatic conveyance of biomass in a coal-fired power station boiler, biomass
particles have cylindrical shapes with different aspect ratios. They move through the fluid at …

This paper uses physical experiments to investigate the segregation behavior of binary
granular mixtures in a quasi-two-dimensional rotating drum. Spherical polyformaldehyde …