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Electrical methods are sensitive to both the presence and nature of formation fluids.
The combinations of some mainstream computer simulations and electrical methods are reviewed.
Besides, the predictions of setting time and shrinkage, and the determination of hydration stages by electrical methods are presented.
Influencing factors (pore solution conductivity, porosity, pore size distribution and pore connectivity) of electrical methods are briefly commented.
Among all geophysical techniques, electrical methods are able to detect seawater intrusions due to the high resistivity contrast between saltwater, freshwater and geological layers.
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Passive (Self Potentials) and active (Induced Polarization) electrical methods were used.
Our results show that precipitate mineralogy is an important factor influencing the electrical properties of the corroded iron cores and must be considered if electrical geophysical methods are to be developed to monitor PRB barrier corrosion processes in situ.
Electrical heating methods are better in terms of the depth of the reservoir and controlling the heat loss (Acar 2007).
Some of the common problems faced during the electrical resistivity methods are loss of resolution, where saline and clarets' soil are present when using Wenner method for greater depth and to some extent lateral variations in electrical properties.
Electrical based methods are based on electrophoresis of the algae cells [ 19, 20].
Electrical and electromagnetic methods are very useful tools for this purpose.
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