• Email

    fatkhan[at]yahoo.com

  • Phone

    +62812 206 2565

  • Time

    08:00 to 17:00

Dr. Ir. Fatkhan, M.T.

 

Education

  1. Undergraduate Degree Program, 1987, Department of Geodetic Engineering, FTSP, Institute Technology of Bandung (ITB), Bandung.
  2. Master Degree Program, 1955, Applied Geophysics, Institute Technology of Bandung (ITB), Bandung.
  3. Post Graduate Degree Program, 1997, Geothermal Technology, Auckland University, New Zealand.
  4. Doctoral Degree Program, Doctor of Philosophy, 2004, Department of Exploration Geophysics, Curtin University of Technology, Western Australia.
  5. Post Doctoral Program, 2009, Kyoto University, Kyoto, Japan.

 

Research

Research interest        :  Rock Physics, Seismic Anisotropy, Seismic Attributes.

 

Publications                 :

  1. Fatkhan, Nugraha, A.D., and Syahputra, A., Determining Velocity and Q-factor Structure using Crosshole Tomography, Journal of Mathematical and Fundamental Sciences, Vol 45, No 1, March 2013.
  2. Syahputra, Fatkhan, Nugraha, A.D., and Sule, R., Crosshole Tomographic Imaging of Velocity and Attenuation Structure, Near Surface Geoscience Conference EAGE, Paris, 2012.
  3. Haq, T.M; Fatkhan and Latief, F.D.E., Digital Reconstruction and Simulation Method for Determining Physical Properties of Sandstone Reservoir, Procedings PIT HAGI 2012, 37th HAGI Annual Convention & Exhibition, Palembang, 10-13 September 2012
  4. Priyono, A. and Fatkhan., Common Reflection Surface (CRS): Imaging and AVO Analysis., Proceedings of 10th SEGJ International Symposium, Kyoto, 2011, pp 175-178.
  5. Fatkhan, Hendriyana, A. and Sule, R., An application of Kirchoff depth migration with a minimum aperture method: land data example, Joint Convention HAGI-IAGI Makasar, 2011.
  6. Fatkhan, Nugraha, A.D., Hendriyana, A. Sule, R. and Syahputra, A., Penentuan sifat fisika batuan berdasarkan analisa kecepatan gelombang tomografi antar lubang bor, Joint Convention HAGI-IAGI Makasar, 2011.
  7. Fatkhan, Hendriyana, A. and Sule, R., Tomodepth: a user friendly Common Reflectiob Surface (CRS) – based depth imaging software, Joint Convention HAGI-IAGI Makasar, 2011.
  8. Winardhie, S. and Fatkhan, Thickness estimation using gradient of spectral amplitude from spectral decomposition; Jurnal JTM ITB, Vol 3, 2010
  9.  Fatkhan and Hendriyana, A., Numerical simulations of wave propagations for horizontal (X) and vertical (Z) components in saturated porous rocks with aligned fractures, HAGI Bali, 2010.
  10. Rafiedz, F., Sanny, T.A., Fatkhan, Pemodelan Fisis Penjalaran Gelombang P-Sv dan Sh pada medium Orthorombic, JTM Vol XV No1, 2008, hal 43-50.
  11. Fatkhan, Effect of fracture parameters in an anisotropy model on P-wave azimuthal amplitude responses, Proc. ITB Eng. Science Vol 38B, No 2, 2006, p 159-170.
  12. Devri Agustianto and Fatkhan., The Application of AVO Analysis and EEI Inversion to Delineate Gas Carbonate Reservoirs, SEG-HAGI-IAGI, Jakarta, 2005.
  13. Fatkhan, Yanto, Y., dan Nofriyansyah, 2005, Effects of overburden anisotropy and vertically aligned fractures on P-wave azimuthal AVO responses, 30th  Annual IPA Convention Jakarta.
  14. Fatkhan, 2004, A fluid replacement model for a horizontally transverse isotropic medium (HTI), GEOFORUM Bandung IV.
  15. Fatkhan, Alawiyah, S., 2004, Analisa numeris untuk teori subtitusi fluida dengan menggunakan metoda anisotropi Gassmann untuk model transverse isotropi., Laporan penelitian Departemen Teknik Geofisika ITB.
  16. Fatkhan, Yanto, Y., 2004, Fluid and lithology discrimination with extended elastic impedance (EEI): Rock Physics perspectives., Prosiding HAGI PIT-29, 105-108.
  17. Fatkhan, Yanto, Y., 2004, Analysis of fracture-induced anisotropy from forward modeling and surface seismic data., Poster paper Prosiding HAGI PIT-29.
  18. Fatkhan, 2003, The modelling of elastic-wave amplitudes in anisotropic media, Disertasi Doktoral, Curtin University of Technology, Australia.
  19. Fatkhan, 2003, Pengaruh subtitusi fluida dengan menggunakan anisotropi Gassmann pada data seismik parameter, Laporan penelitian Departemen Teknik Geofisika ITB.
  20. Fatkhan, Urosevic, M., dan McDonald, J., 2001, Numerical and Physical modelling of P-wave AVO response for fractured media, Exploration Geophysics, Vol 32, 279-283.
  21. Fatkhan, dan Urosevic, M., 2001, The use of P-wave reflectivity to detect fractured sands and anisotropic clays, 71st Annual International Meeting: Soc. Expl. Geophys., Expanded Abstracts, 118-121.