Computational Geophysics Lab

Numerical simulation of processes in solid deformable media in the presence of dynamic contacts using the grid-characteristic method

Beklemysheva, K. A., Petrov, I. B., & Favorskaya, A. V.

294–304 page

Moscow Institute of Physics and Technology

3D controlled-source electromagnetic modeling in anisotropic medium using edge-based finite element method

Cai, H., Xiong, B., Han, M., & Zhdanov, M.

164–176 page

Moscow Institute of Physics and Technology

Numerical Modeling of Direct Responses from Productive Reservoirs with Vertical Fluid-saturated Meso-fractures

Kvasov, I. E., Leviant JSC, V. B., & Petrov, I. B.

Moscow Institute of Physics and Technology

Numerical Modeling of Responses from Fluid-filled Macrofractures with Boundary Conditions Specified on Fracture Surfaces

Leviant JSC, V. B., Petrov, I. B., Kvasov, I. E., & Muratov, M. V.

16-19 page

Moscow Institute of Physics and Technology

Grid-characteristic method on unstructured tetrahedral grids

Petrov, I. B., Favorskaya, A. V., Muratov, M. V., Biryukov, V. A., & Sannikov, A. V.

781–783 page

Moscow Institute of Physics and Technology

Modeling 3D seismic problems using high-performance computing systems

Petrov, I. B., & Khokhlov, N. I.

342–350 page

Moscow Institute of Physics and Technology

Combined grid-characteristic method for the numerical solution of three-dimensional dynamical elastoplastic problems

Vasyukov, A. V, Ermakov, A. S., Potapov, A. P., Petrov, I. B., Favorskaya, A. V, & Shevtsov, A. V.

1176–1189 page

Moscow Institute of Physics and Technology

Virtual blunt injury of human thorax: Age-dependent response of vascular system

Beklemysheva, K. A., Danilov, A. A., Petrov, I. B., Salamatova, V. Y., Vassilevski, Y. V., & Vasyukov, A. V.

259–268 page

Moscow Institute of Physics and Technology

Integration of Russian Tier-1 Grid Center with High Performance Computers at NRC-KI for LHC experiments and beyond HENP

Belyaev, A., Berezhnaya, A., Betev, L., Buncic, P., De, K., Drizhuk, D., … Yasnopolskiy, L.

Moscow Institute of Physics and Technology

Application of the grid-characteristic method on unstructured tetrahedral meshes to the solution of direct problems in seismic exploration of fractured layers

Biryukov, V. A., Muratov, M. V., Petrov, I. B., Sannikov, A. V., & Favorskaya, A. V.

1733–1742 page

Moscow Institute of Physics and Technology

Application of Cauchy-type integrals in developing effective methods for depth-to-basement inversion of gravity and gravity gradiometry data

Cai, H., & Zhdanov, M.

Moscow Institute of Physics and Technology

Modeling and inversion of magnetic anomalies caused by sediment-basement interface using three-dimensional cauchy-type integrals

Cai, H., & Zhdanov, M. S.

477–481 page

Moscow Institute of Physics and Technology

Simulation of seismic processes inside the planet using the hybrid grid-characteristic method

Golubev, V. I., Petrov, I. B., & Khokhlov, N. I.

439–445 page

Moscow Institute of Physics and Technology

Numerical computation of wave propagation in fractured media by applying the grid-characteristic method on hexahedral meshes

Golubev, V. I., Petrov, I. B., Khokhlov, N. I., & Shul’ts, K. I.

509–518 page

Moscow Institute of Physics and Technology

On bicompact grid-characteristic schemes for the linear advection equation

Khokhlov, N. I., & Petrov, I. B.

781–783 page

Moscow Institute of Physics and Technology

Solution of Large-scale Seismic Modeling Problems

Khokhlov, N., Yavich, N., Malovichko, M., & Petrov, I.

191–199 page

Moscow Institute of Physics and Technology

Discontinuous galerkin method for numerical simulation of dynamic processes in solids

Miryaha, V. A., Sannikov, A. V., & Petrov, I. B.

446–455 page

Moscow Institute of Physics and Technology

Three-Dimensional Cole-Cole Model Inversion of Induced Polarization Data Based on Regularized Conjugate Gradient Method

Xu, Z., & Zhdanov, M. S.

1180–1184 page

Moscow Institute of Physics and Technology

Optimal synthetic aperture method for marine controlled-source em surveys

Yoon, D., & Zhdanov, M. S.

414–418 page

Moscow Institute of Physics and Technology

Numerical simulation of the failure of composite materials by using the grid-characteristic method

Beklemysheva, K. A., Vasyukov, A. V., Ermakov, A. S., & Petrov, I. B.

Moscow Institute of Physics and Technology

Simulation of elastic wave propagation in geological media: Intercomparison of three numerical methods

Biryukov, V. A., Miryakha, V. A., Petrov, I. B., & Khokhlov, N. I.

1086–1095 page

Moscow Institute of Physics and Technology

Three-Dimensional Inversion of Magnetotelluric Data for the Sediment-Basement Interface

Cai, H., & Zhdanov, M.

349–353 page

Moscow Institute of Physics and Technology

Numerical Modeling of Wave Processes during Shelf Seismic Exploration

Favorskaya, A., Petrov, I., & Khokhlov, N.

920–929 page

Moscow Institute of Physics and Technology

A study of high-order grid-characteristic methods on unstructured grids

Favorskaya, A. V., & Petrov, I. B.

171–178 page

Moscow Institute of Physics and Technology

Wave responses from oil reservoirs in the Arctic shelf zone

Favorskaya, A. V., & Petrov, I. B.

214–217 page

Moscow Institute of Physics and Technology

Numerical modeling of wave processes in layered media in the Arctic region

Favorskaya, A. V., Petrov, I. B., Petrov, D. I., & Khokhlov, N. I.

348–357 page

Moscow Institute of Physics and Technology

Compact grid-characteristic schemes of higher orders of accuracy for a 3D linear transport equation

Golubev, V. I., Petrov, I. B., & Khokhlov, N. I.

577–584 page

Moscow Institute of Physics and Technology

On one class of high-order compact grid-characteristic schemes for linear advection

Khokhlov, N. I., & Petrov, I. B.

Moscow Institute of Physics and Technology

Numerical Simulation of Non-Destructive Ultrasonic Railway Control

Kotelnikov, S. a, Favorskaya, a V, Petrov, I. B., & Khokhlov, N. I.

Moscow Institute of Physics and Technology

Numerical study of wave propagation in porous media with the use of the grid-characteristic method

Kvasov, I. E., Leviant, V. B., & Petrov, I. B.

1620–1630 page

Moscow Institute of Physics and Technology

Quasi-analytical Approximation for Acoustic 3D Full-waveform Inversion

Malovichko, M., Khokhlov, N., Yavich, N., & Zhdanov, M. S.

Moscow Institute of Physics and Technology

Numerical solution of seismic exploration problems in the Arctic region by applying the grid-characteristic method

Petrov, D. I., Petrov, I. B., Favorskaya, A. V., & Khokhlov, N. I.

1128–1141 page

Moscow Institute of Physics and Technology

Computational problems in Arctic Research

Petrov, I.

Moscow Institute of Physics and Technology

Numerical Modeling of Non-destructive Testing of Composites

Petrov, I., Vasyukov, A., Beklemysheva, K., Ermakov, A., & Favorskaya, A.

930–938 page

Moscow Institute of Physics and Technology

Transcranial ultrasound of cerebral vessels in silico: proof of concept

Vassilevski, Y. V., Beklemysheva, K. A., Grigoriev, G. K., Kazakov, A. O., Kulberg, N. S., Petrov, I. B., … Vasyukov, A. V.

Moscow Institute of Physics and Technology

Discontinuous Galerkin method for wave propagation in elastic media with inhomogeneous inclusions

Voroshchuk, D. N., Miryaha, V. A., Petrov, I. B., & Sannikov, A. V.

Moscow Institute of Physics and Technology

Application of a Finite-difference Solver with a Contraction Preconditioner to 3D EM Modeling in Mineral Exploration

Yavich, N., Pushkarev, P., & Zhdanov, M. S.

Moscow Institute of Physics and Technology

Contraction pre-conditioner in finite-difference electromagnetic modelling

Yavich, N., & Zhdanov, M. S.

1718–1729 page

Moscow Institute of Physics and Technology

Redatuming controlled-source electromagnetic data using Stratton-Chu type integral transformations

Zhdanov, M., & Cai, H.

1–12 page

Moscow Institute of Physics and Technology