Yusuke Sogabe

Assistant Professor

Kyoto University

Japan

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Yusuke Sogabe is an Assistant Professor at Kyoto University, Japan. His research primarily focuses on electromagnetic field analyses and AC loss evaluations in superconducting materials and devices. Recent publications include studies on spiral copper-plated conductors, magnetization losses, and innovative designs for applications in carbon-ion radiotherapy.

Yusuke Sogabe

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Articles (17)

Numerical Electromagnetic Field Analyses of Spiral Copper-Plated Striated Coated-Conductor (SCSC) Cables Carrying DC Current Subjected to AC Magnetic Fields

AC loss evaluations of twisted multifilament magnesium diboride (MgB2) wires under practical operating conditions based on experiments

Effect of dynamic resistance reduction in spiral copper-plated multifilament coated conductors

AC Loss Measurements of Coils Wound With Spiral-Coated-Conductor Cables

Mitigation of Superconducting AC Losses in Axial Flux Synchronous Machines With Multifilament Coated Superconductors

Current Sharing in Spiral Copper-Plated Multifilament Coated Conductors

Conceptual Design of Scanning Magnets Using HTS Coils Wound With Spiral Copper-Plated Striated Coated-Conductor (SCSC) Cables for Carbon-ion Radiotherapy

Effect of Current Sharing by Metal Core on Reducing Hot-Spot Temperature of Spiral Coated Conductors

Magnetization Loss and Current Transport Characteristics of SCSC Cables With Metal Cores

Impact of Number of Layers on Magnetization Losses of Spiral Copper-Plated Multifilament Coated Conductors

Influence of Non-Uniform Current Distribution Among Layers on AC Loss Characteristics of Multilayer Spiral Copper-Plated Striated Coated-Conductor Cables

Influence of Shielding Currents in Coated Conductors on Field Quality of Iron-Dominated HTS Magnets Estimated by Numerical Analyses

Numerical Analysis of Thermal Runaway in Copper-Plated Multifilament Coated Conductor

Influence of low electric field parts of electric field–current density curves of superconductors on their ac loss characteristics

Current-Sharing Between Filaments and Voltage – Current Characteristics of Copper-Plated Multifilament Coated Conductors

Magnetization Loss Measurements of Spiral Copper-Plated Multifilament Coated Conductors With Various Filament and Conductor Widths

Measurements of Coupling Time Constants and Geometry Factors of Coupling Losses in Spiral Copper-Plated Multifilament Coated Conductors

Collaborators (4)

João Fernandes

Yoshiyuki Iwata

Naoyuki Amemiya

Zhenan Jiang

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