Thomas Wondrak is working at the
department of Process Diagnostics of the Forschungszentrum Dresden-Rossendorf
(HZDR) on the development of inductive measurement techniques for liquid metals
and electrified chemical processes. Since 2024, he has been the head of the inductive
measurement techniques group. His main interest focuses on the development of the
contactless inductive flow tomography for visualizing the time-dependent
three-dimensional velocity field in liquid metals and of the contactless
inductive bubble detection. These measurement techniques are developed in close
collaboration with industrial partners for liquid steel and liquid sodium. He
contributed to 65 publications and holds several patents. His research
interests also include tomographic measurement techniques, data analysis, and
inverse problems.
Thomas Wondrak is working at the
department of Process Diagnostics of the Forschungszentrum Dresden-Rossendorf
(HZDR) on the development of inductive measurement techniques for liquid metals
and electrified chemical processes. Since 2024, he has been the head of the inductive
measurement techniques group. His main interest focuses on the development of the
contactless inductive flow tomography for visualizing the time-dependent
three-dimensional velocity field in liquid metals and of the contactless
inductive bubble detection. These measurement techniques are developed in close
collaboration with industrial partners for liquid steel and liquid sodium. He
contributed to 65 publications and holds several patents. His research
interests also include tomographic measurement techniques, data analysis, and
inverse problems.