The behaviour of bubbles in cavitation and boiling processes is determined by the
thermodynamic parameters of the two-phase medium and the intensity of heat and mass …

The thermal lattice Boltzmann model is applied to explore liquid viscosity effects on a single
cavitation bubble attached to chemically patterned walls. A conversion method based on the …

In this study, we employed a non-orthogonal, three-dimensional, multi-relaxation-time
pseudo-potential lattice Boltzmann method, and investigate the behaviors of droplets …

A modified double distribution function thermal lattice Boltzmann method is employed to
study the influences of surface tension on the interaction between two equal-sized and two …

This work is devoted to numerical studies of dynamic behaviors of underwater cavitation
bubbles and the associated fluid flow phenomena such as high-speed liquid jet and …

This study focuses on unraveling the failure mechanisms of three distinct polymer-coating
structures applied to mortar substrates: an epoxy coating (MEP1), an epoxy coating with an …

The study of bubble growth and collapse is of great significance in the context of
sustainability due to its influence on numerous energy-related processes and technologies …

A nonorthogonal hybrid thermal lattice Boltzmann cavitation model is proposed in this study.
The flow and density field are described by the pseudopotential model, while the …

A thermal lattice Boltzmann method is used to examine the heat flux characteristics of the
growth and collapse of wall-attached cavitation bubbles under different wall wettability and …

In this study, we aim to investigate the contact-point characteristics of cavitation bubble
evolution on different chemically patterned surfaces using the thermal pseudopotential …