Slug frequency is one of the most important parameters for designing industrial installations
where intermittent gas-liquid flows could be found. Thus, the literature is found full of various …

Lattice Boltzmann method (LBM), a mesoscopic approach for numerical simulation of flow
and thermal fields, is increasingly being applied to solve multiphase problems. The present …

Combustion process in industrial furnaces remains a challenging research subject. To
achieve a realistic model and analyze the influences of heat transfer due to radiation in a …

In this paper, a symmetric eight-step predictor method (explicit) of 10th order is presented for
the numerical integration of IVPs of second-order ordinary differential equations. This …

In the current study, thermal–hydraulic characteristics of nitrogen gas–water two-phase flow
through a plate–pin fin heat sink are investigated experimentally. Water flow through the …

The paper focused on an analytical analysis of the main features of heat transfer in
incompressible steady-state flow in a microconfusor with account for the second-order slip …

The continuous effort to produce more powerful and small electronic device is making the
controlling of thermal and fluid design process of the cooling system very difficult. Analysing …

This paper presents a simulation and investigation of the heat transfer coefficient, pressure
drop, and thermal conductivity of two-phase flow. The simulation was performed of mixtures …