Laser rock perforating is a complex phenomenon that depends on many factors. Since it’s not possible to examine all of the factors experimentally, numerical modelling can be effectively used. In this study, a finite element code (FEM) have been taken to model the thermal and mechanical stresses induced by laser drilling ND:YAG in the hydrocarbon reservoir rock samples. For this purpose ABAQUS software was used to analyse the thermal and mechanical stresses induced by laser. It is found that Numerical models, show good correlation with the actual observation for holes with 2 millimetre diameter. In addition, the larger the diameter of the hole is, the vaster the effective zone of stress concentration. Therefore fracturing occurs in larger zone around the hole.
Ahmadi,M . (2015). Effect of Saturation Types in Thermal and Mechanical Stresses due to Laser Perforating in Hydrocarbon Reservoirs. Journal of Mining Engineering, 10(28), 1-7.
MLA
Ahmadi,M . "Effect of Saturation Types in Thermal and Mechanical Stresses due to Laser Perforating in Hydrocarbon Reservoirs", Journal of Mining Engineering, 10, 28, 2015, 1-7.
HARVARD
Ahmadi M. (2015). 'Effect of Saturation Types in Thermal and Mechanical Stresses due to Laser Perforating in Hydrocarbon Reservoirs', Journal of Mining Engineering, 10(28), pp. 1-7.
CHICAGO
M Ahmadi, "Effect of Saturation Types in Thermal and Mechanical Stresses due to Laser Perforating in Hydrocarbon Reservoirs," Journal of Mining Engineering, 10 28 (2015): 1-7,
VANCOUVER
Ahmadi M. Effect of Saturation Types in Thermal and Mechanical Stresses due to Laser Perforating in Hydrocarbon Reservoirs. IRJME. 2015;10(28):1-7 (In Persian).
