Ethanol–gasoline blends (EGBs) can easily absorb large amounts of water because of the
presence of ethanol. Acidic compounds and ions can be dissolved in water, and these …

Fuels and biofuels have a major importance in the transportation sector of any country,
contributing to their economic development. The utilization of these fuels implies their closer …

The effect of Ti content in various concentrations as an alloying element with Al on both
microhardness and crystallization structure of aluminum–titanium alloys was studied …

Bioethanol added into gasolines significantly changes the physical and chemical properties
of the resulting fuels and can have a considerable influence on their overall thermo …

In the present research, we studied the corrosion resistance of commercial aluminum alloys
exposed to ethanol produced in the northeastern region of Argentina and to commercial …

In this investigation the corrosion resistance of four Al-Si hypereutectic alloys in a solution
typical of condensate from automotive fuel combustion products, and referred to here as …

In order to evaluate the compatibility of high density polyethylene (HDPE) in E5 (5% v/v
bioethanol, 95% v/v gasoline) and E10 (10% v/v bioethanol, 90% v/v gasoline), immersion …

This work involves studying the effect of adding SiO2 particles on corrosion behavior of Al-
Cu-Mg alloy in 3.5% NaCl solution at room temperature using polarization method at scan …

This work involves studying the effect of adding (50% Isopropanol–30% Methanol–17%
Xylene) mixture on corrosion behavior of pure Al and its alloys in simulated fuel at room …

The research involved attempt to inhibit the corrosion of Al-Si-Cu alloy in 2.5 x10-3 mol. dm-
3 NaOH solution (pH= 11.4) by addition of six different inhibitors with three concentrations …