THE RESEARCH OF THE INFLUENCE OF THE PRESSURE TO THE VALUES OF ELASTIC PARAMETERS OF GEOLOGICAL MEDIUM ON THE BASIS OF SEISMIC AND WELL DATA

H. Guliyev; H. Aghayev; N. Shirinov

Authors

H. Guliyev
H. Aghayev
N. Shirinov

Abstract

The questions on definition of fundamental elastic parameters on the basis of non-classic base model including the development of the software for preparation of 2D thin layered models of real environment and also the calculation of the sections of elastic parameters of the environment are considered.

References

Akee К., Richards P. Quantitative seismology / Ed. by К. Akee. – M., 1983.

Aleksandrov K.S., Prodayvoda G.T., Maslov B.P. Method of definition of the non-linear elastic properties of the rocks // Reports of the Russian Academy of Sciences. – 2001. – Vol. 380, №1. – P. 109–112.

Babayev D.H., Hajiyev A.N. Deep structure and prospects of oil-and-gas content of the Caspian Sea basin / Ed. by D.H. Babayev. B., 2006.

Cambois G. AVO inversion and elastic impedance // SEG Expended Abstracts. – 2000. – Vol. 19.

Castagna J. P., Backus M.M. Offsetdependent reflectivity: theory and practice of AVO analysis / Investigations in Geophysics Series, Soc. Expl. Geophys. – T., 1995. – Vol. 8.

Gogonenkov G.N. Study of the detail structure of sedimentary series using the seismic survey / Ed. by G.N. Gogonenkov. – M., 1987.

Goodway B., Chen T., Downton J. Rock parameterization and AVO fluid detection using Lame petrophysical factors – λ, μ and λρ, μρ. / / EAGE Expended Abstracts. – 1999.

Guliyev H.H. Non-linear actions of elastic medium and their influence upon the velocity of distribution of the elastic waves // Proceedings of ANAS. Earth Sciences. – 2009. – №2. – P. 31–39.

Guz' A.N. Elastic waves in bodies with initial stresses. General issues, I. Regularities of distribution, II / Ed. by A.N. Guz. – L., 1986.

Kuliev G.G. Definition of Poisson coefficient in the stressed media // Reports of the Russian Academy of Sciences, Geophysics. – 2000. – Vol. 370, №4. – P. 534–537.

Kuliev G.G. Non-classic linearized theory of deformations in geophysics // Proceedings of ANAS. Earth Sciences. – 2005. – №2. – P. 41–51.

Kuliev G.G., Shirinov N.M. On definition of the second order of moduluses of elasticity of the stressed non-linear isotropic media // Proceedings of ANAS. Earth Sciences. – 2005. –№3. – P. 10–16.

Maslov B.P., Prodayvoda G.T., Vizhva S.A. Mathematical modeling of influence of pressure and temperature upon the velocity of distribution of the elastic waves in cracked rocks // Geophysical journal. – 2000. – Vol. 22, №3. – P. 113–118.

Puzirev N.N., Trigubov A.V., Brodov L.Yu. et al. Seismic survey by method of transverse and converted waves / Ed. by N.N. Puzirev. – M., 1985.

Veeken P.C.H., Silva M. Seismic inversion methods and some of their constraints // First Break. – 2004. – Vol. 22, №6. – P. 47–70.

Verm R, Liang L., Hilterman F. Significance of geopressure in predicting lithology // The Leading Edge. – 1998. – Vol. 17, №2, – P. 227234.

Vizhva S.A.. Геофiзичний монiторинг небезпечних геологiчних процесiв / Ed. by S.A. Vizhva. – K., 2004.

Whitcombe D.N., Connolly P.A., Reagan R.L., Redshaw T.C. Extended elastic impedance for fluid and lithology prediction / / SEG Expended Abstracts. – 2000.