Associate Professor
Engineering
Office
Applied Innovation Hub
315
Biography
Publications, Research & Presentations
My research is in the general area of Dynamics & Control and Computational Mechanics/Mathematics. Current research includes computational Inverse Problems. Of particular interest are various controls/inverse problems and, in particular, estimation and control of plasma inside Tokamaks.
Recent results include
1-:) M. Tadi, 'A direct method for a Cauchy problem with application to a Tokamak',
Theoretical and Applied Mechanics Letters, Vol. 9(4), pp. 254-259 (2019).
2-:) M. Tadi, M. Radenkovic, 'Non-Iterative solution methods for Cauchy problems for
Laplace and Helmholtz equation in annulus domain', Mathematics, Vol. 9, 268, (0221).
3-:) M. Tadi, M. Radenkovic, 'New computational methods for inverse wave scattering
with a new filtering technique', Optimization and Engineering, doi.org/10.1007/s11081-02109638-8 (24-pages), (2021).
4-:) M. Tadi, M. Radenkovic, 'A new method for the evaluation of the vacuum boundary
in circular and D-shaped Tokamaks', Vacuum, Vol. 201, 111077, (2022).
Some of my earlier works are listed on the MathSci web page which can be accessed by that link next to my email address.