MT2D is a two-dimensional (2D) magnetotelluric (MT) or radio-magnetotelluric (RMT) forward modelling software. It uses unstructured grids and allows for arbitrary distributions of conductivity, dielectric permittivity and magnetic permeability. The algorithm uses the total-field approach. To deal with broadband frequencies (such as MT and RMT problems), a 2D grid of unstructured triangles including the air is used for both TE and TM modes. A total and scattered field decomposition (TSFD) in combination with perfectly-matched layers (PML) can be applied for different setups
The method of finite differences has been employed to solve a variety of 3D electromagnetic (EM) for...
International audienceExisting implementation of perfectly matched layers (PML) constraining the com...
Iterative two-dimensional magnetotelluric calculations commonly converge very slowly, especially whe...
In 2-D magnetotelluric modelling, the standard application of Dirichlet boundary conditions (BC) may...
We have compared structured and unstructured grid-based 2D inversion algorithms for magnetotelluric ...
A finite-difference approach with non-uniform meshes was presented for simulating magnetotelluric re...
The finite-difference time-domain (FDTD) method is one of the most widely used computational methods...
We present a new 2-D forward modelling and inversion scheme to interpret magnetotelluric/radio-magne...
This paper presents an efficient algorithm, FDA2DMT (Free Decay Analysis for 2D Magnetotellurics (MT...
This paper appeared as Research in Applied Geophysics, No. 25, Geophysics Laboratory, University of ...
We present a new approach for 2-D magnetotelluric forward numerical modelling in contrast to traditi...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
The upwind leapfrog or Linear Bicharacteristic Scheme (LBS) has previously been implemented and demo...
Magnetotelluric (MT) problems often contain different subdomains where the conductivity of the media...
This paper develops a finite element method which gives accurate numerical approximations to magneto...
The method of finite differences has been employed to solve a variety of 3D electromagnetic (EM) for...
International audienceExisting implementation of perfectly matched layers (PML) constraining the com...
Iterative two-dimensional magnetotelluric calculations commonly converge very slowly, especially whe...
In 2-D magnetotelluric modelling, the standard application of Dirichlet boundary conditions (BC) may...
We have compared structured and unstructured grid-based 2D inversion algorithms for magnetotelluric ...
A finite-difference approach with non-uniform meshes was presented for simulating magnetotelluric re...
The finite-difference time-domain (FDTD) method is one of the most widely used computational methods...
We present a new 2-D forward modelling and inversion scheme to interpret magnetotelluric/radio-magne...
This paper presents an efficient algorithm, FDA2DMT (Free Decay Analysis for 2D Magnetotellurics (MT...
This paper appeared as Research in Applied Geophysics, No. 25, Geophysics Laboratory, University of ...
We present a new approach for 2-D magnetotelluric forward numerical modelling in contrast to traditi...
Forward modelling of electromagnetic induction data simulates the electric and magnetic fields withi...
The upwind leapfrog or Linear Bicharacteristic Scheme (LBS) has previously been implemented and demo...
Magnetotelluric (MT) problems often contain different subdomains where the conductivity of the media...
This paper develops a finite element method which gives accurate numerical approximations to magneto...
The method of finite differences has been employed to solve a variety of 3D electromagnetic (EM) for...
International audienceExisting implementation of perfectly matched layers (PML) constraining the com...
Iterative two-dimensional magnetotelluric calculations commonly converge very slowly, especially whe...