În acest dosar, Înalta Curte de Casație și Justiție a admis recursul Ad Astra, însă nu a casat hotărârea Curții de Apel București cu reținere spre rejudecare și pentru a rejudeca fondul, ci a casat trimițând dosarul spre rejudecare instanței de fond. Următorul termen este 18 ianuarie 2022, la Curtea de Apel București, secția a VIII Contencios Administrativ și Fiscal. Link către dosar aici. Ad Astra va continua, ca parte

The efficiency of electromagnetic levitation devices can be improved by shortening the path of the magnetic flux which can be done by employing a magnetic circuit. The eddy currents are computed using an integral equation, and the ferromagnetic materials nonlinearity is treated by applying the polarization fixed point iterative method, with a dynamic overrelaxation technique. To substantially reduce the computation time, the eddy current integral

A method for reconstruction of defects buried deep under material surface of conductive nonlinear materials is proposed. Defects are approximated as zero thickness. Simulation of pulse eddy currents is done using an integral FEM method, with a polarization method with over-relaxation to speed up the nonlinear iterations, and a neural network method is used for the reconstruction of defects shape from the simulated signals.

http://docs.ad-astra.ro/Comunicat_AdAstra_Geneva.pdf

The paper presents a fast method for computing the quasi-stationary electromagnetic field in devices containing both magnetically nonlinear materials and hysteretic materials. The linear iterative procedure of fixed-point type allows the correct evaluation of the local field and of the losses produced by hysteresis and eddy currents. The tests are performed on a single-sheet device used to determine the magnetic material losses under the AC uniform

Pulse eddy currents are proposed for detection of cracks in structural conductive, non-magnetic parts. The rectangular pulse accounts for a multi-frequency analysis with the lower harmonics pentrating deeper in the material. An integral-FEM method for simulation of transient eddy-currents and model of defects as zero-thickness, two-dimensional flaws are used. Difference signals peak value depends on crack depth and the peak value moment is delayed

An Integral-FEM (finite element method) approach is proposed for solution of eddy current problems in Non-Destructive Testing (NDT). Simulation of zero-thickness 2D cracks is possible and large datasets can be simulated with an overall reduced computational effort.

A method for reconstruction of zero-thickness defects, buried deep under material surface, using pulse eddy currents, is proposed. Both an integral-FEM method for simulation of transient eddy-currents and genetic algorithms, as a model-free inversion technique, are proposed. Numerical results for the inversion of the eddy-currents signals, using genetic algorithms, are shown.

Senatorul Mihail Hărdău, fost ministru al educaţiei şi cercetării, a înregistrat la Senat o propunere legislativă care vizează creşterea la 90%, de la 30% cât este în prezent, a avansului acordat pentru derularea proiectelor de cercetare finanţate din fonduri publice: https://www.ad-astra.ro/posts/view_post.php?post_id=1133&lang=ro Propunerea a fost iniţial respinsă de Guvern: https://www.ad-astra.ro/posts/view_post.php?post_id=1201&lang=ro