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Last updated on August 1th, 2017
Laboratory Facilities
Modeling and Inversion Lab is a interdisciplinary laboratory under subdivision Electromagnetic Induction in Physics Earth and Complex Systems Research Division, Department of Physics. Many graduate students (S2 or S3) join in this lab through Department of Physics (FI). There are through Geothermal Master Program (PB), Department of Earth Sciences (SB), Department of Geophysical Engineering (TG), and Department of Mining Engineering (TA).
Members of Lab who are doing final project, thesis, disertation or research can be found in Peoples page, and alumni can be found here. Outputs of lab members are independent study/internship, and final projects, theses and dissertations.
If you want to join us, please contact Wahyu Srigutomo, Ph.D. (wahyu@fi.itb.ac.id) or visit graduate student enrollment in SPs ITB.
TDEM Application in Geothermal and Volcanology
Recent publication:
1. W. Srigutomo, T. Kagiyama, W. Kanda, H. Munekane, T. Hashimoto, Y. Tanaka, H. Utada, and M. Utsugi. Resistivity structure of Unzen Volcano derived from time domain electromagnetic (TDEM) survey. Journal of Volcanology and Geothermal Research 175 (2008) 231-240. [pdf]
2. W. Srigutomo, Warsa, R. Sule, Trimadona, D. Prastyo, A. Saito, K. Nakayama, M. Hato, A. Prastyo, and D.S. Widarto. Time-domain electromagnetic (TDEM) baseline survey for CCS in Gundih area, Central Java, Indonesia. Proceedings of the 12th SEGJ International Symposium (2015) 114-118. [pdf]
3. C.A. Hapsoro, A. Purqon, and W. Srigutomo. Preliminary Study of 2-D Time Domain Electromagnetic (TDEM) Modeling to Analyze Subsurface Resistivity Distribution and its Application to the Geothermal Systems. Journal of Physics: Conference Series 877 (2017) 012070. [pdf]
4. C.A. Hapsoro, W. Srigutomo, A. Purqon. 3-D Modeling of Time Domain Electromagnetic (TDEM) Method to Analyze the Layered Earth Structure in the Geothermal Systems. Journal of Physics: Conference Series 1204 (2019), 012043. [pdf]
Volcanology and Geothermal
1. Volcanology
Recent publication:
1. W. Srigutomo, Trimadona, R. Martakusumah, and H. Anwar. Modeling and inversion of volcanic surface deformation based on Mogi model and McTigue model. AIP Conference Proceedings 1656, 070016-1-070016-5 (2015). [pdf]
3. R. Kumalasari and W. Srigutomo. Location and Pressures Change Prediction of Bromo Volcano Magma Chamber Using Inversion Scheme. Journal of Physics: Conference Series 739 (2016) 012102. [pdf]
4. A. Harja, W. Srigutomo, Y. Tanaka, T. Kagiyama, and D. Sutarno. VLF-MT Survey around Nakadake crater at Aso Volcano. IOP Conference Series: Earth and Environmental Science 29 (2016) 012016. [pdf]
5. R. Kumalasari, W. Srigutomo, M. Djamal, I. Meilano, and H. Gunawan. Location of Sinabung volcano magma chamber on 2013 using lavenberg-marquardt inversion scheme. Journal of Physics: Conference Series 1013 (2018) 012182. [pdf]
2. Geothermal
Recent publication:
1. A.B. Pratama, W. Srigutomo, and Suryantini. 3D Conceptual Modeling Based on Geophysical and geological Information for Targeting Geothermal Prospect Area in Hidden Geothermal System. Proceedings, 14th Workshop on Geothermal Reservoir Engineering, Stanford University (2015). [pdf]
2. E. Ariani and W. Srigutomo. 1D and 2D Occam's Inversion of Magnetotelluric Data Applied in Volcano-Geothermal Area in Central Java, Indonesia. Journal of Physics: Conference Series 739 (2016) 012036. [pdf]
3. S.D.H. Putra and W. Srigutomo. Thermal modeling and heat flow density interpretation of the onshore Northwest Java Basin, Indonesia. Geothermal Energy (2016) 4:12. [pdf]
4. J. Sampurno, R. Adriat, and W. Srigutomo. Fractal analysis of land surface temperature for geothermal and non-geothermal sites characterization. Journal of Physics: Conference Series 1028 (2018) 012198. [pdf]
Modeling and Inversion of Electromagnetic and Potential Methods
1. Gravity
Recent publication:
1. W. Srigutomo and S.U. Agusta. Application of Levenberg-Marquardt inversion to Microgravity Data for Investigation of Shallow Volcanic Magma Chamber Deformation. AIP Conference Proceedings 1454, 126-129 (2012). [pdf]
2. D. Darisma, U. Said and W. Srigutomo. 2D Gravity Inversion Using Particle Swarm Optimization Method. 23rd European Meeting of Environmental and Engineering Geophysics (2017). [pdf]
3. A.S. Putra, W. Srigutomo, Y. Hidayat, and E. Lesman. A Comparative Study of Simulated Annealing and Genetic Algorithm Method in Bayesian Framework to the 2D-Gravity Data Inversion. Journal of Physics: Conference Series 1204 (2019), 012079. [pdf]
4. W. Srigutomo, M. Heriyanto, and M. Hilmi Aufa. Gravity Inversion of Talwani Model using Very Fast Simulated Annealing. Journal of Mathematical and Fundamental Sciences, Vol. 51, No. 2, 2019, 177-190. [pdf]
2. Geomagnet
Recent publication:
1. F.I. Bismillah dan W. Srigutomo. Pemodelan Ke-Depan Anomali Medan Magnetik 2D dengan Elemen Segiempat. SKF 2013.
2. U. Said, M. Heriyanto, dan W. Srigutomo. Perbandingan Inversi Least-Square dengan Lavenberg-Marquardt pada Metode Geomagnet untuk Model Crustal Block. Prosiding Seminar Kontribusi Fisika 2016 hal. 433-440. ISBN: 978-602-61045-1-9. [pdf]
3. DC Resistivity
Recent publication:
1. W. Srigutomo, Trimadona, and P. M. Pratomo. 2D Resistivity and Induced Polarization Measurement for Manganese Ore Exploration. Journal of Physics: Conference Series 739 (2016) 012138. [pdf]
2. M. Heriyanto and W. Srigutomo. 1-D DC Resistivity Inversion Using Singular Value Decomposition and Levenberg-Marquardt Inversion Schemes. Journal of Physics: Conference Series 877 (2017) 012066. [pdf]
3. W. Srigutomo, H. Anwar, E. Agustine, and H. Mahardika. Three-dimensional DC Resistivity Modeling using Galerkin Finite Element Method Composed by Tetrahedral Elements. Journal of Engineering and Technological Sciences,Vol 51, No 4, 2019, 516-536. [pdf]
4. Self-Potential & Induced Polarization
Recent publication:
1. W. Srigutomo, E. Agustine, and M.H. Zen. Quantitative Analysis of Self-Potential Anomaly: Derivative Analysis, Least-Squares Method and Non-linier Inversion. Indonesian Journal of Physics (2006) vol. 17 no. 1. [pdf]
2. W. Srigutomo, M.R. Arkanuddin, P.M. Pratomo, E.C. Novana and R.D. Agustina. Application of Qualitative and Quantitative Analysis of Self-Potential Anomaly in Caves Detection in Djuanda Forest Park, Bandung. AIP Conference Proceedings 1325 (2010). [pdf]
3. Fajriani, W. Srigutomo and P.M. Pratomo. Interpretation of Self-Potential anomalies for investigating fault using the Levenberg-Marquardt method: a study case in Pinggirsari, West Java, Indonesia. IOP Conference Series: Earth and Environmental Science 62 (2017) 102004.[pdf]
5. MT & CSAMT
Recent publication:
1. I.H. Mohammad, W. Srigutomo, D. Sutarno, P. Sumintadireja. The Modeling of 2D Controlled Source Audio Magnetotelluric (CSAMT) Response Using Finite Element Method. Journal of Electromagnetic Analysis and Applications (2012) 4, 293-304. [pdf]
2. I.H. Mohammad, W. Srigutomo, D. Sutarno, P. Sumintadireja. Interpretation of 1D Vector Controlled-Source Audio-Magnetotelluric (CSAMT) Data Using Full Solution Modeling. J. Math. Fund. Sci. vol. 45 no. 2 (2013) 172-188. [pdf]
3. I.H. Mohammad, W. Srigutomo, and D. Sutarno. Topographic Effect Modeling of 2D MT Responses using Boundary Element Method. AIP Conference Proceedings 1454, 113-116 (2012). [pdf]
4. R. Martakusumah and W. Srigutomo. Comparison of 1D magnetotelluric inversion using Levenberg-Marquardt and Occam's inversion schemes. AIP Conference Proceedings 1656, 070014-1-070014-4 (2015). [pdf]
5. M. Zukir and W. Srigutomo. Two dimension magnetotelluric modeling using finite element method, incomplete in preconditioner and biconjugate gradient stabilizied technique. J. of Physics: Conf. Series 739 (2016) 012088. [pdf]
6. H. Syahwanti, W. Srigutomo and M. Kholid. 2-D Resistivity Structure of Cubadak Geothermal Area Revealed from Magnetotelluric Data. IOP Conference Series: Earth and Environmental Science 62 (2017) 102034. [pdf]
6. Time Domain Electromagnetic (TDEM)
Recent publication:
1. W. Srigutomo, T. Kagiyama, W. Kanda, and H. Utada. Study of Deep Sounding Time-Domain Electromagnetic (TDEM) Method Using Horizontal Electric Dipole to Infer Subsurface Resistivity Structure. Indonesian Journal of Physics, Vol 16 No. 4 (2005), 115-125. [pdf]
2. C.A. Hapsoro, A. Purqon, and W. Srigutomo. Preliminary Study of 2-D Time Domain Electromagnetic (TDEM) Modeling to Analyze Subsurface Resistivity Distribution and its Application to the Geothermal Systems. Journal of Physics: Conference Series 877 (2017) 012070. [pdf]
7. Very Low Frequency (VLF) & Ground Penetrating Radar (GPR) Recent publication:
1. W. Srigutomo, A. Harja, D. Sutarno, and T. Kagiyama. VLF Data Analysis Through Transformation Into Resistivity Value: Application to Synthetic and Field Data. Indonesian Journal of Physics vol. 16 no. 4 (2005). [pdf]
2. W. Srigutomo, Trimadona, and E. Agustine. Investigation of Underground Hydrocarbon Leakage using Ground Penetrating Radar. J. of Phys.: Conf. Series 739 (2016) 012137. [pdf]
3. A. Harja, W. Srigutomo, Y. Tanaka, T. Kagiyama, and D. Sutarno. VLF-MT Survey around Nakadake crater at Aso Volcano. IOP Conference Series: Earth and Environmental Science 29 (2016) 012016. [pdf]
Complex Systems
Recent publication:
1. J. Sampurno and W. Srigutomo. Fractal analysis of microstructure of peat soil. AIP Conference Proceedings 1656, 070004-1-070004-4 (2015). [pdf]
2. J. Sampurno, A. Azwar, F. D. E. Latief, and W. Srigutomo. Multifractal Characterization of Pore Size Distributions of Peat Soil. J. Math. Fund. Sci. vol. 48 no. 2 (2016) 106-114. [pdf]
3. J. Sampurno, I.D. Faryuni, F.D.E. Latief, and W. Srigutomo. Complexity Analysis of Peat Soil Density Distribution. Journal of Physics: Conference Series 739 (2016) 012071. [pdf]
4. J. Sampurno, R. Adriat, and W. Srigutomo. Fractal analysis of land surface temperature for geothermal and non-geothermal sites characterization. Journal of Physics: Conference Series 1028 (2018) 012198. [pdf]
Atmospheric Sciences
Recent publication:
1. R. Sulistyowati, L. M. Musafar K., W. Srigutomo, and R. Kurniadi. Analysis of Aerosol, Cloud and Precipitation Intersection Behavior using Predator-Prey Model. AIP Conference Proceedings 1589, 381-384 (2014). [pdf]
2. P. Abadi, S. Saito, and W. Srigutomo. Low-latitude scintillation occurrences around the equatorial anomaly crest over Indonesia. Annales Geoph., 32, 7-17 (2014). [pdf]
3. R. Sulistyowati, R. Kurniadi and W. Srigutomo. Stability analysis of predator-prey model on the case of aerosol-cloud-precipitation interactions. AIP Conference Proceedings, 1677, 050019 (2015). [pdf]
4. R. Sulistyowati, S. Viridi, R. Kurniadi, and W. Srigutomo. Relation between cloud thickness-cloud number concentration differences and rain occurence based on Koren-Feingold model. Journal of Physics: Conference Series 771 (2016) 012047. [pdf]
5. W. Srigutomo, A. Singarimbun, W. Meutia, I.G.P.F.S. Djaja, B. Muslim and P. Abadi. Decrease of total electron content during the 9 March 2016 total solar eclipse observed at low latitude stations, Indonesia. Annales Geophysicae (2019) pp 1-12. [pdf]
Instrumentation Physics
Recent publication:
1. W. Indrasari, M. Djamal, W. Srigutomo, Ramli. A Magnetic Distance Sensor with High Sensitivity Based on Double Secondary Coil of Fluxgate, IOSR Journal of Applied Physics Vol. 2(5) Nov–Dec (2012), pp 29 -35. [pdf]
2. W. Indrasari, M. Djamal, W. Srigutomo, and N. Hadziqoh. High Sensitivity Fluxgate Sensor for Detection of AC Magnetic Field: Equipment for Characterization of Magnetic Material in Subsurface. Advanced Materials Research vol. 896 (2014) pp 718-721. [pdf]
3. W. Indrasari, M. Djamal, W. Srigutomo, G. Handayani, N. Hadziqoh, and Ramli. Fluxgate Based Detection of Magnetic Material in Soil Subsurface. Applied Mechanics and Materials vol. 771 (2015) pp 55-58. [pdf]
4. W. Indrasari, W. Srigutomo, M. Djamal, and Rahmondia N.S. Development of an AC power source for CSEM method using full-bridge switching configuration. AIP Conference Proceedings 1656 (2015). [pdf]
5. M. Djamal, W. Indrasari, Ramli, and W. Srigutomo. Detection of Magnetic Material in Soil Subsurface using Electromagnetic Induction Method Based on Fluxgate Sensor. Key Engineering Materials (2016) vols. 675-676, pp 494-500. [pdf]
6. M. Febrina, E. Satria, M. Djamal, W. Srigutomo, and M. Liess. Development of a simple CO2 sensor based on the thermal conductivity detection by a thermopile. Measurement Vol. 133 (2019) pages 139-144. [pdf]
7. I. Imaduddi, W. Srigutomo, and E.J. Mustopa. Development of Data Acquisition Instrumentation and Inversion System for Earth Resistivity Survey in a Smart Integrated System. Journal of Physics: Conference Series 1204 (2019), 012122. [pdf]
Computational Physics
Recent publication:
1. C.A. Hapsoro and W. Srigutomo. Pemodelan Aliran Fluida 2-D Pada Kasus Aliran Permukaan Menggunakan Metode Beda Hingga. Jurnal Matematika & Sains (2013) vol. 18 no.3 p. 81-92. [pdf]
2. H. Anwar and W. Srigutomo. Two-Dimensional Steady Flow Modeling of Ideal Fluid in Porous Medium Using Finite Element Method. Indonesia Journal of Physics (2015) vol. 26 no. 1 p. 17-21. [pdf]
3. W. Srigutomo, R. Kurnia and Suprijadi. Improvement of Fluid Simulation Runtime of Smoothed Particle Hydrodynamics by Using Graphics Processing Unit (GPU). Journal of ICT Research and Application Vol. 11, No. 3 (2017) 230-252. [pdf]
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