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User – Fisika Institut Teknologi Bandung

Prof. Dr. Doddy Sutarno

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sutarno@fi.itb.ac.id
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Undergraduate Degree, Institut Teknologi Bandung, 1979
Master Degree, Institut Teknologi Bandung, 1983
Doctoral Degree, Macquarie University, 1992

Electricity and Magnetism, Electrodymanics

1. Mohamad, I.H., W. Srigutomo, D. Sutarno (2013). Interpretation of 1D Vector Controlled Source Audio Magnetotelluric (CSAMT) Data Using Full Solution Modeling, Journal of Mathematical and Fundamental Sciences, 45:2, 172-189.

2. Sutarno, D. (2012). Development of CSAMT Impedance Modeling and Its Estimation. The 2nd Asian Physics Symposium (Invited Speacker)

3. Nurhasan, D. Sutarno, R. Prihantoro, Y. Ogawa, D. Fitriani (2012) , Geoelectrical dimensionality analyses in volcanic region using magnetotelluric phase tensor, American Institute of Physics Conference Proceeding, Vol. 1454, 146; doi: 10.1063/1.4730708

4. Nurhasan, D Sutarno, Y Ogawa, D Sugiyanto, F Kimata (2012), Resistivity structure of Sumatran Fault (Aceh segment) derived from 1-D magnetotelluric modeling, American Institute of Physics Conference Proceeding, Vol. 1454, 150; doi: 10.1063/1.4730709

5. Nurhasan, D. Sutarno, W. Srigutomo, Sparisoma Viridi, D. Fitriani (2012), Integrated Geophysical Measurements for Subsurface Mapping at Papandayan Volcano, Garut, Indonesia (Preliminary Result), American Institute of Physics Conference Proceeding, Vol. 1454, 154; doi: 10.1063/1.4730710.

6. Mohammad, I.H., W. Srigutomo, D. Sutarno, P. Soemintadiredja (2012). The Modeling of 2D Controlled Source Audio Mangnetotelluric (CSAMT) Responses Using Finite Element Method, Journal of Electromagnetic Analysis and Applications, 4:7, 294-304.

7. Mohammad, I.H., W. Srigutomo, D. Sutarno, P. Soemintadiredja (2012). Full Solution Modeling of 1D Controlled-Source Audio-Magnetotelluric (CSAMT) Responses, ITB Journal of Sciences (submitted)

8. Mustopa, E.J., Srigutomo, W., Sutarno, D., and Fauzi, U. (2011). Resistivtiy Structure in Kamojang Geothermal Field Derived from CSAMT Data, Indonesian Jounal of Physics (IJP), 22:1, 23-29.

9. Mustopa, E.J., Suhanto, E., Srigutomo, W., and Sutarno, D. (2011). Resistivity Imaging of Mataloko Geothermal Field By Mise-Á-La-Masse Method, Indonesian Jounal of Physics (IJP), 22: 2 (accepted)

10. Mohammad, I.H., W. Srigutomo, D. Sutarno (2011), 2D Magnetotelluric Modeling Using Boundary Element Methods, Journal Mathematics and Sciences, 16:2, 82-94.

11. Mohammad, I.H., W. Srigutomo, D. Sutarno (2011), Topographic Effect Modeling of 2D MT Responses Using Boundary Element Method, International Conference on Physics and Applied Physics (ICPAP), Bandung, November 2011 (I)

12. Nurhasan, D. Sutarno, Y Ogawa, F. Kimata, D Sugiyanto (2011). Investigation of Sumatran Fault Aceh Segment derived from Magnetotelluric Data, The XXV IUGG Conference, Melbourne, July 2011 (I).

13. Sutarno,D. (2010), Robust Magnetotelluric Impedance Estimation, American Institute of Physics Proceeding, 1325, 24-27.

14. Nurhasan, D. Sutarno, W. Srigutomo, E.J. Mustopa, U. Fauzi, Y. Ogawa (2009). Three Dimensional Resistivity Structure of Papandayan Volcano, Indonesia derived from Magnetotelluric Data, The 34th HAGI Annual Convention, Exhibition and 2nd Geophysics Education Symposium Yogyakarta, November 2009

15. Nurhasan, D. Sutarno, Y. Ogawa (2009). Dimensionality Analysis of Resistivity Structure of Volcanic Zone from Magnetotelluric Data, The 34th HAGI Annual Convention, Exhibition and 2nd Geophysics Education Symposium Yogyakarta, November 2009.

16. Harja, W. Srigutomo2, E.J. Mustofa,D. Sutarno (2009). Pendugaan Struktur Resistivitas Cekungan Bandung Bagian Timur, Menggunakan Metode CSAMT Pendekatan Gelombang Bidang, The 34th HAGI Annual Convention, Exhibition and 2nd Geophysics Education Symposium Yogyakarta, November 2009.

1. Application of Elekctromagnetic Technology For Geothermal Exploration, KNRT Intensive Applied Research Program, 2009 (Investigator).

2. Finite Element Controlled Source Audio Magnetotellurics (CSAMT) Response Modeling, ITB Research Project, 2010 (Principle Investigator).

3. Boundary Element Controlled Source Audio Magnetotellurics (CSAMT) Response Modeling, ITB Research Project, 2011 (Principle Investigator).

4. Development of Volcano Active Monitoring Based on Its Elictricity and Magnetism, HED Research Grand, 2012 (Investigator)

5. Investigation of active faults for Earthquake Disaster Mitigation Based on Magnetotelluric Method, Outstanding PhD Research Program, 2012 (Principle Investigator)

6. Boundary Element Magnetotelluric Response Modeling, ITB Research and Inovation Project, 2013 (Principle Investigator).

7. Development of Volcano activity monitoring method based on Its Electricity And Magnetism (2nd year), HED Research Grand, 2013 (Principle Investigator).

8. Investigation of Active Fault Using 3D Electroamgnetic Modeling. “Case Study in Active Sumatran Fault”, International Research Collaboration, 2013, (Investigator).

9. 3-D Finite Element Modeling of Magnetotelluric Response Based on Edge Element, HED Research Grand, 2014 (Principle Investigator).

10. Investigation of Active Fault Using 3D Electroamgnetic Modeling. “Case Study in Active Sumatran Fault”, International Research Collaboration (Final year), 2014, (Investigator).