The purpose of the current study is twofold: first, to propose a group contribution method
able to predict speed of sound in high molecular weight n-alkanes based on group …

A study of n-dodecane spray atomization, following the prescribed unseating of the injector's
needle tip, is presented for a high-pressure, non-cavitating Bosch Diesel injector (“Spray A” …

A model based on the geometric similitude concept recently proposed by the authors is
extended to calculate the thermal conductivity and the speed of sound of ionic liquids …

An extended approach to determine Hildebrand solubility parameter (HISP) of pure 1-
alkanols by precise calculation of the isothermal compressibility coefficient and heat …

The general equation of state based on the concept of geometric similarity presented in Part
1 of this series is extended to correlate and predict the thermal conductivity and the speed of …

A study of n-dodecane atomization, following the prescribed unseating of the needle tip, is
presented for a high-pressure, non-cavitating Bosch Diesel injector (“Spray A”, in the Engine …

The performances of eight mixing rules for calculating the speed of sound are evaluated at
oil reservoir conditions. Their accuracies are measured by comparing predicted values with …

Offshore reservoirs represent one of the major growth areas of the oil and gas industry, and
environmental safety is one of the biggest challenges for the offshore exploration and …

The pressure–volume (density)–temperature (P–r–T) surface of a fluid presents the basic
thermodynamic properties for investigating the behaviour of fluids. The isothermal …

Ultrasound, that is, sound in the frequency range of roughly 20 kHz to 1 GHz, is widely used
in industrial applications, such as cleaning, emulsification and non-destructive material …