| Kelompok Keahlian | KK Teknologi InformasiKK Fisika Bumi dan Sistem Kompleks |
|---|---|
| Sekolah/Fakultas | Sekolah Teknik Elektro dan Informatika |
| Jabatan Fungsional | LEKTOR |
- S1
ITB, Bandung – Indonesia
1979
- S2
ITB, Bandung – Indonesia
1983
- S3
ITB, Bandung – Indonesia
1992
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Inversi Data Magnetotellurik Tiga Dimensi dengan Metode Elemen Hingga (2018)
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Pemodelan Elemen Hingga Respon Magnetotellurik 3-D Berbasis Elemen Tepi Tetrahedral (2018)
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Analisa Struktur Sesar Aktif berdasarkan Data Resistivitas dan Gaya Berat (Studi kasus : Sesar Aktif Sumatra Segmen Aceh) (2017)
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Inversi Data Magnetotellurik Tiga Dimensi dengan Metode Elemen Hingga (2017)
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Pemodelan Elemen Hingga Respon Magnetotellurik 3-D Berbasis Elemen Tepi Tetrahedral (2017)
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Pemodelan Inversi Respon Magnetotelurik 3-D Berbasis Elemen Tepi (2017)
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Inversi Data Magnetotellurik Tiga Dimensi dengan Metode Elemen Hingga (2016)
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Kajian Kegempaan pada Daerah Sesar Aktif Melalui Pemodelan Elektromagnetik (Studi Kasus: Sesar Aktif Lembang, Bandung, Jawa Barat) (2016)
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Pemodelan Elemen Hingga Respon Magnetotellurik 3&8208;D Berbasis Elemen Tepi Tetrahedral (2016)
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Pemodelan Elemen Hingga Respon Magnetotellurik 3-D Berbasis Elemen Tepi (2016)
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Pemodelan Vektor Elemen Hingga Respon Magnetotelurik 3&8208;D Berbasis Elemen Tepi Tetrahedral (BATAL) (2016)
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Pengembangan Pemodelan Magnetotelurik 2D Untuk Analisis Reservoar Energi Panas Bumi (2016)
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Studi struktur bawah permukaan gunung Tangkuban Parahu dan sekitarnya berdasarkan data elektromagnetik yang diintegrasikan dengan data geofisika lainnya untuk menentukan zona sumber panas bumi (2016)
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Kajian Kegempaan pada Daerah Sesar Aktif Melalui Pemodelan Elektromagnetik (Studi Kasus: Sesar Aktif Lembang, Bandung, Jawa Barat) (2015)
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Pemodelan Elemen Hingga Respon Magnetotellurik 3-D Berbasis Elemen Tepi (2015)
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Investigation of Active Fault Using 3D Electromagnetic Modelling (Case Study in Active Sumatra Fault) (2014)
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Pemodelan Elemen Hingga Respon Magnetotelurik 3-D Berbasis Element Tepi (2014)
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Pemodelan Kuantitatif Aliran Hidrotermal Gunung Tangkuban Parahu Berbasis Data Self-Potential dan Magnetotellurik (2014)
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Investigation of Active Fault using 3D Elektromagnetik Modeling (Case Study in Active Sumatera Fault) (2013)
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Pemodelan Magnetotelurik 2D melalui Pendekatan Sparse Matrix dan Preconditioned Conjugate Gradient (2013)
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Investigation of Active Fault Using 3D Elektromagnetik Modeling (Case Study in Active Sumatera Fault) (2012)
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Pemgembangan Metode Pemantauan aktivitas gunung api berdasarkan pada sifat listrik dan magnetik (2012)
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Pemodelan Elemen Hingga Respon Magnetotelurik Berbasis Elemen Tepi (2012)
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Pengembangan Metoda Pemantauan Aktivitas Gunungapi Berdasarkan pada Sifat Listrik dan Magnetik (2011)
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Seminar ICMNS (2011)
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Pemodelan dan Inversi Fungsi Transfer EM untuk Eksplorasi Panas Bumi (2009)
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Pengembangan Pemodelan Elektromagnetik (2009)
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Constrained robust estimation of magnetotelluric impedance function based on a bounded-influence regression M-estimator and the Hilbert transform (2008)
- Global inversion of grounded electric source time-domain electromagnetic data using particle swarm optimization(2021)
- Groundwater level in the southern part of Surakarta city depicted from vertical electrical sounding(2021)
- Application of sparse direct solver to two dimensional magnetotelluric inversion problem in transverse electric (TE) mode(2020)
- Two-dimensional (2-D) modeling of magnetotelluric (MT) using edge finite-element method: Case of Papandayan field data(2020)
- Prihantoro R., Sutarno D., Nurhasan Direct method solution of 3-D magnetotelluric modeling using vector finite element method(2019)
- Koesuma S., Akbar I.R., Yunianto M., Sunaryo, Sutarno D., Ramelan A.H. Preliminary estimation of groundwater level with geoelectric method in north part of surakarta city(2019)
- Mustopa E.J., Sutarno D., Nurhasan, Naulia A.R., Baskoro M.L., Asih N.S. Subsurface structure of Tangkuban Parahu area derived from CSAMT and gravity investigation(2018)
- Roodhiyah L.Y., Tjong T., Nurhasan, Sutarno D. The Use of Sparse Direct Solver in Vector Finite Element Modeling for Calculating Two Dimensional (2-D) Magnetotelluric Responses in Transverse Electric (TE) Mode(2018)
- Tjong T., Roodhiyah L.Y., Nurhasan, Sutarno D. Two Dimensional Finite Element Based Magnetotelluric Inversion using Singular Value Decomposition Method on Transverse Electric Mode(2018)
- Mustopa E.J., Nurhasan, Srigutomo W., Sutarno D. Resistivtiy Structure in Tangkuban Parahu Area Drived from CSAMT Data(2017)
- Prihantoro R., Sutarno D., Nurhasan The Use of Direct Solver in Vector Finite Element Modeling for Calculating 3-D Magnetotelluric Responses(2016)
- Harja A., Srigutomo W., Tanaka Y., Kagiyama T., Sutarno D. VLF -MT Survey around Nakadake crater at Aso Volcano(2016)
- Development of CSAMT impedance modeling and its estimation(2015)
- Sutarno D. Development on electromagnetic impedance function modeling and its estimation(2015)
- Prihantoro R., Sutarno D., Nurhasan Numerical solution of 3-D magnetotelluric using vector finite element method(2015)
- Prihantoro R., Nurhasan, Sutarno D., Ogawa Y., Priahadena H., Fitriani D. Geoelectrical dimensionality analyses in Sumatran Fault (Aceh segment) using magnetotelluric phase tensor(2014)
- Mohammad I.H., Srigutomo W., Sutarno D., Sumintadiredja P. Interpretation of 1D vector controlled-source audio-magnetotelluric (CSAMT) data using full solution modeling(2013)
- Nurhasan, Sutarno D., Prihantoro R., Ogawa Y., Fitriani D. Geoelectrical dimensionality analyses in volcanic region using magnetotelluric phase tensor(2011)
- Nurhasan, Sutarno D., Srigutomo W., Viridi S., Fitriani D. Integrated geophysical measurements for subsurface mapping at Papandayan volcano, Garut, Indonesia (preliminary result)(2011)
- Nurhasan, Sutarno D., Bachtiar H., Sugiyanto D., Ogawa Y., Kimata F., Fitriani D. Resistivity structure of Sumatran Fault (Aceh segment) derived from 1-D magnetotelluric Modeling(2011)
- Mohammad I.H., Srigutomo W., Sutarno D. Topographic effect modeling of 2D MT responses using boundary element method(2011)
- Sutarno D. Robust magnetotelluric impedance estimation(2010)
- Sutarno D. Constrained robust estimation of magnetotelluric impedance functions based on a bounded-influence regression M-estimator and the Hilbert transform(2008)
- An application of regression M-estimation with the Hilbert transform to magnetotelluric data processing(1991)
- Phase-smoothed robust M-estimation of magnetotelluric impedance functions(1991)
- Robust M-estimation of magnetotelluric impedance tensors(1989)
Sample Description