Author in the following contributions
- M2Po3D-03: Modeling and Analysis of Magnetization in ReBCO Coated Tape Conductor and Helical Wound Tape Conductors
- M2Po3D-02: Modelica Modelling of HTS Dipole Magnet windings, and the influence of cable defects on Thermal and Electrical Sharing in the Cross Section
- C3Po1C-05: Experimental study on inclined two-phase flow cooling of multi-stranded aluminum cable
- M2Po3D-04: AC loss models of standard and non-standard arrangements of Y-Ba-Cu-O tapes in stacks
- M2Po3E-02: Contact resistance effect on current sharing in defected superconducting REBCO tape stack cables: FEM modeling
- C1Po3A-07: Lumped Modeling of Cooling and Electric Devices in Aircraft
- M2Po3C-05: Progress of APC and high Cp Nb3Sn conductors in Hyper Tech
- M1Po3C-03: Thermal Modeling of CCT Dipole Magnets wound using Defected REBCO Cables
- M3Or2A-04: Investigating the impact of tensile stress-induced/annealing-affected dislocation and grain boundary on the performance of High Purity Aluminum Wire by EBSD.
- M3Or2A-02: Developing practical Cryogenic high purity aluminum (HPAL) conductor to enable high speed power density motors and generators.
- M3Or3B-06: Flux Jumping in High Magnetic Fields for Stack Tape Cables and its Mitigation
- M3Or2A-05: Impact of anomalous magnetoresistance and cyclic deformation on RR values of HPAL composites at low temperatures
- M3Or3B-05: Tradeoffs Curves and Penalty Functions for AC losses and Je relevant to high-power-density motor applications and their use in comparing various superconductors and normal metal conductors
- M3Or3B-02: AC Loss in Round, Multifilamentary Superconducting Strands at High Frequencies
- M3Or1A-03: Simulations of a modified CLIQ System using Split MgB2 Coils and Simultaneous Joule Heating Using a Lumped Parameter Model
- M2Or1A-04: FEM and Modelica Modelling of Current Sharing in Tape Stack Cables; Influence of ICR, ITR, Defect Number, Defect Patterns, and Thermal Boundary Conditions
- M3Or4A-04: [Invited] The thermal management of superconducting and aluminum conductors in motors, generators and cables for electric aircraft
- M3Or3A-03: [Invited] Lightweight cryoresistive and superconducting aerospace power transmission cables: experiments and theory
- M3Or4A-03: [Invited] Development of a 1 MW+ High power density induction motor for electric aircraft propulsion using Cryogenic Aluminum Windings
- M3Or3A-05: [Invited] A high power two-pole quick connect junction between lightweight cryoresistive and superconducting aerospace power transmission cables
- M2Or4A-04: [Invited] Overview and Progress Update on a Superconducting Powertrain for CHEETA