Alexey Radovinsky

Group Leader, Analyses and Codes, Technology and Engineering Dept.

617-253-1344

NW22-139

Biography

Education

Ph.D. in Physics and Mathematics, Academy of Sciences of USSR

Expertise

Electromagnetics; electromechanics; mechanics of solids; thermodynamics; cryogenics; magnetoelastic and acoustoelastic interactions for superconducting and normal magnets.

Research

Design, numerical and analytical static and dynamic modeling, and optimization, eddy current and circuit analyses, magnetic, structural, thermal, and thermohydraulic analyses of various electromagnetic systems.

  • Electromagnetics: Design, modeling and optimization: solenoids, racetracks, double helix, quadrupoles, iron, permanent magnets, steady state and transients, eddy currents, inductive charging; SC conductor: stability, quench, quench detection and protection, temperature margins; Voltage on insulation; Beam dynamics; Electrostatics; Tolerances: manufacturing, assembly, field verification and adjustments procedures; Fault analyses; Passive and active shielding; SC joints;
  • Structural: Static and dynamic analyses, design and optimization of magnet support structures; Pressure vessels; Conductor integration;
  • Thermal and Cryogenics: Pool boiling, conduction cooled, forced flow, thermal siphon, cryocoolers; Cryocooler fast couplers, in-situ fast servicing; Radiation shields; Current leads; Cold mass support; CICC hydro-thermo-magneto simulations;
  • Magnetomechanics. Levitation: EDS maglev, controlled dipole; Propulsion: LSM and LIM; Mechanical stability and control; Track switches: passive and active; Vehicle suspension: design and control; Maglev ride quality; EM drivers.

Patents

6 US patents

Publications

Minervini, J. ; Radovinsky, A. ; Miller, C. ; Bromberg, L. ; Michael, P. ; Maggiore, M., “Superconducting Magnets for Ultra-Light and Magnetically Shielded, Compact Cyclotrons for Medical, Scientific, and Security Applications,” IEEE Transactions on Applied Superconductivity, Volume: 24 , Issue: 3, June 2014

Martovetsky, N. ; Radovinsky, A. , “ITER CS Quench Detection System and its Qualification by Numerical Modeling,” IEEE Transactions on Applied Superconductivity, Volume: 24 , Issue: 3, June 2014

Radovinsky, A. ; Smith, B. ; Miller, C.E. ; Minervini, J.V. ; Cheadle, M. ; Calabretta, L. ; Alonso, J. ; Conrad, J. ; Calanna, A. ; Barletta, W. , “Engineering Study of the Sector Magnet for the Daedalus Experiment,” IEEE Transactions on Applied Superconductivity, Volume: 24 , Issue: 3, June 2014

Radovinsky, A.L.; Minervini, J.V.; Michael P.C.; Bromberg, L.; Miller, C.E. “Variable Energy Acceleration in a Single Iron-Free Synchrocyclotron,” PSFC MIT Report, PSFC/RR-13-9, September 5, 2013