Boiling heat transfer occurs in many situations and can be used for thermal management in
various engineered systems with high energy density, from power electronics to heat …

Air quality is a major health issue for densified cities nowadays. To evaluate and act upon it,
modeling alongside sensors has proved to be a powerful tool. Among the different available …

The crystallization technology is one of the most potential ways to produce para-xylene (PX)
with high purity, but it has some drawbacks such as low yield and difficult to control …

The heat transfer in gypsum exposed to fire is significantly affected by heat conduction, mass
transfer and condensation/evaporation effects of water vapour in the porous structure. In the …

The thermal input of a flameless burner is commonly realized by its switch on-time at a
unique, optimized design point. This typical on–off regulation approach may provide …

The chemical effects of carbon dioxide on flame chemistry were investigated numerically
and experimentally in ethylene, ethanol, and dimethyl-ether (DME) counter-flow diffusion …

The high temperatures and non-uniform temperature fields caused by fires can lead to the
rapid failure of linings, severely affecting tunnel safety. To obtain the temperature distribution …

Laser-based dynamic calibration of thermocouple sensors is limited by the improper setting
of laser parameters that lead to temperature overshoot damage. To address these problems …

Currently, artificial neural networks (ANN) are used to solve the following complex problems:
pattern recognition, speech recognition, complex forecasts and others. The main …

The bubble departure and lift-off boiling (BDL) model was studied using computational
intelligence techniques and hybrid algorithms. Quite a few studies have predicted the …