Dr. Nurhasan

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nurhasan@fi.itb.ac.id
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Undergraduate Degree, Institut Teknologi Bandung, 1998
Master Degree, Institut Teknologi Bandung, 2001
Doctoral Degree, Tokyo Institute of Technology, 2006

Elementary Physics, Experimental Physics

1. Rudy Prihantoro, Nurhasan, Doddy Sutarno, Yasuo Ogawa, Has Priahadena, and Dini Fitriani, Geoelectrical dimensionality analyses in Sumatran Fault (Aceh segment) using magnetotelluric phase tensor, American Institute of Physics Conference Proceeding, Vol. 1589, 133 (2014); doi: 10.1063/1.4868767

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

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

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

5. Nurhasan , Y. Ogawa , N. Ujihara, S.B. Tank , Y. Honkura, S. Onizawa,, T. Mori , and M. Makino, 2006, Two electrical conductors beneath Kusatsu-Shirane volcano, Japan, imaged by audiomagnetotellurics and their implications for hydrothermal system, Earth Planets Space, vol. 53, 1053 - 1059.

1. Pengembangan Pemodelan Respon Magnetotelurik berbasis Web (Modeling of Magnetotelluric responses using Web based). Riset dan Inovasi ITB, 2014

2. Pemodelan Elemen Hingga Respon Magnetotelurik 3-D Berbasis Elemen Tepi . Penelitian Desentralisasi ITB, 2014

3. Pemodelan Kuantitatif Aliran Hidrotermal Gunung Tangkuban Parahu Berbasis Data Self-Potential dan Magnetotellurik. Riset dan Inovasi ITB, 2014

4. Investigation of Active Fault using 3D Electromagnetic Modeling(Case Study in Active Sumatran Fault) Hibah Kerjasama Luar Negeri dan Publikasi Internasional, 2012 - 2014

5. Pemodelan Magnetotelurik 2D malalui Pendekatan Saprse Matrix dan Preconditioned Conjugate Gradient . Riset KK ITB, 2013

6. Development of activity volcano monitoring based on magnetic and electrical properties. Hibah Bersaing, DIKTI, 2011

7. Model of Molecular Dynamics and Resistivity Structure of Soil Grain for Landslide Prediction. Hibah Kompetensi DIKTI. 2009 - 2011

8. Development of 3D Electromagnetic Modelling “Audio Magnetotelluric” as an alternative method for volcano monitoring. PROGRAM INSENTIF RISET DASAR, KNRT. 2008 - 2009