Numerical Simulations Laboratory

The featured projects presented below reflect our experience in scientific software development and numerical simulations for industry and academia. As software creators we are happy when our programs are used by many people and help in understanding complex phenomena in various fields of research.

Signal detection code for processing mass-spectrometry data

chromatographic peaks

Implementation of the boundary control method for inverse problem of acoustics

The BCM presentation
Numerical testing in determination of sound speed from a part of boundary by the BC-method
The reconstruction of sound speed in the Marmousi model by the boundary control method

Fast universal hyperbolic solver (FUHS)

Numerical study of flapping oscillations

Numerical linearized MHD model of flapping oscillations

Shallow layer model of a dense gas dispersion

3D wind field model over complex terrains

Wind streamlines Wind streamlines

Kinetic model of the interaction of magnetic perturbations with tokamak plasmas

Kinetic linear model of the interaction of helical magnetic perturbations with cylindrical plasmas
Kinetic versus ideal magnetohydrodynamic modelling of the resistive wall mode in a reversed field pinch plasma
On the confinement of passing alpha particles in a tokamak-reactor with resonant magnetic field perturbations shielded by plasma currents

Upgrade of the KiLCA code to account for magnetic drifts

The derivation notes for the KiLCA upgrade

Plasma formation during the laser ablation

Cross-equatorial abyssal currents in oceans

Ideal magnetohydrodynamics code for modeling the double-gradient instability

Kink-like mode of a double gradient instability in a compressible plasma current sheet

Inverse code for reconstruction of time-varying reconnection rate and X-line location

Reconstruction of the reconnection rate from Cluster measurements: Method improvements

The trolling calculator

The trolling calculator GUI