Faculty

Institution

Unit

Venue

Michael Sumption

Professor

Ohio State University

Affiliations

College of Engineering

Materials Science and Engineering

Michael Sumption is currently serving as a College Of Engineering Professor at Ohio State University.

Honors

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Experiences

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Education

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Michael Sumption

Ohio State University

Professor

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materials science applied physics superconductivity electrical engineering condensed matter physics superconducting materials high-tc superconductivity mechanical engineering solid-state electronics magnetism condensed matter materials engineering cryogenics electronic materials thin films ac loss advanced materials thermal engineering accelerator technology magnesium alloys power electronics high tc superconductors nanotechnology critical current density coatings interstrand contact resistance magnetic resonance imaging thermal conductivity mechanical science ac losses rutherford cables material research metals magnetic materials magnetic devices powder metallurgy semiconductor nanostructures fragmentation effect particle accelerators alloy design critical current densities transport properties electronics accelerator physics magnesium diboride irreversibility field contact resistance stainless steel core manufacturing technology material chemistry charge transport aerospace propulsion flux pinning multifilamentary composites composite science superalloys pulsed laser deposition electric machines metal processing transport ac losses high performance strand design advanced energy material transition metal chemistry microwave technology ceramic technology trace metals surface reactivity surface electrochemistry electrochemical process semiconductor materials wind engineering energy engineering engineering thermodynamics magnetoresistance surface modification engineering magnetic properties magnesium-based composite energy loss material performance

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thermal Modeling of Canted Cosine Theta Dipole Magnets Wound Using Defected Rebco Cables. IEEE Transactions on Applied Superconductivity (2025)

M. MajorosM. D. SumptionE. W. Collings

superconductivitymaterials sciencesuperconducting materialsmechanical engineeringthermal engineeringrebco cablesmagnetismcryogenicsnumerical simulationsapplied physicsmetals

Ac Loss and Shielding in Stacks of Coated Conductors: Analytic Modelling and Comparison to Experiment. Cryogenics (2024)

M.D. SumptionC. EbbingG. PanasyukC. KovacsG.J.P. MurphyT. HauganE.W. Collings

ac lossanalytic modellingelectrical engineeringcoated conductors

Ac Loss of Various Conductors for Power Cables, Busbars, Motor Windings in Cryogenic Electric Aircraft. (2024)

Hyuk J. KwonChris KovacsTimothy J. HauganMike D. SumptionEdward Collings

control systemsmotor drivesmechanical engineeringaircraftmotor windingscryogenic electric aircraftac lossvarious conductorspower cableselectrical engineeringpower electronicsaerospace engineering

A Field Quality Modeling in Canted Cosine Theta Dipole Magnets Wound Using Rebco Cables. IEEE Transactions on Applied Superconductivity (2024)

Milan MajorosM. D. SumptionS. XueC. S. MyersE. W. Collings

superconductivityrebco cablesfield qualityelectrical engineeringapplied physicsengineering

CORRECTION: Design and Development of the Cheeta Lh 2 Electrical Wiring and Interconnection System and Suitable Electrical Power System Architectures. (2024)

Chris KovacsTimothy J. HauganMike D. SumptionJin KwonYang GuoPhillip J. Ansell

interconnection systemelectrical engineering

Current Sharing and Quench Evolution in Liquid Cooled, Superconducting Hts Cables for Electric Aircraft. (2024)

Mike D. Sumption

current sharingsuperconductivitysuperconducting materialsthermal engineeringhts cableselectric aircraftelectrical engineeringaerospace engineeringquench evolutionengineering

Current Sharing in Rebco Cable With Defects: Influence of Effective Electrical and Thermal Conductivities and Thermal Boundary Conditions. (2024)

Shengchen XueMike SumptionM. MajorosY. GuoT. GargE.W. Collings

current sharingthermal conductionrebco cablethermal transportelectrical engineeringthermal boundary conditionsthermal conductivityheat transfer

Current Sharing in Superconducting Rebco Cables-Fem Modeling. IEEE Transactions on Applied Superconductivity (2024)

M. MajorosM. D. SumptionS. XueE. W. Collings

current sharingsuperconductivityelectrical engineering

Experimental Study of Two-Phase Cryogenic Cooling of Aluminum Stator Conductors Using a Multi-Slots Test Configuratio. (2024)

Yang GuoMike D. SumptionC.G CantemirJin KwonChris KovacsMilan MajorosEdward CollingsMike TomsicDave DollMatt Rindfleisch

two-phase cryogenic coolingsystems engineeringaluminum stator conductorsmulti-slots test configuratiomechanical engineeringthermal engineeringcryogenicsexperimental studyelectrical engineeringnumerical simulationsthermal conductivity

Impact of Cryogenic Temperatures on High-Power Semiconductor Performance. IOP Conference Series Materials Science and Engineering (2024)

J. KwonM. TomsicE.W. CollingsM.D. Sumption

materials sciencematerials engineeringcryogenicshigh-power semiconductor performancepower electronicsapplied physicscryogenic temperatures

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Michael Sumption

Professor

Ohio State University

Affiliations

College of Engineering

Materials Science and Engineering

Michael Sumption is currently serving as a College Of Engineering Professor at Ohio State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Sumption

Ohio State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thermal Modeling of Canted Cosine Theta Dipole Magnets Wound Using Defected Rebco Cables. IEEE Transactions on Applied Superconductivity (2025)

M. MajorosM. D. SumptionE. W. Collings

superconductivitymaterials sciencesuperconducting materialsmechanical engineeringthermal engineeringrebco cablesmagnetismcryogenicsnumerical simulationsapplied physicsmetals

Ac Loss and Shielding in Stacks of Coated Conductors: Analytic Modelling and Comparison to Experiment. Cryogenics (2024)

M.D. SumptionC. EbbingG. PanasyukC. KovacsG.J.P. MurphyT. HauganE.W. Collings

ac lossanalytic modellingelectrical engineeringcoated conductors

Ac Loss of Various Conductors for Power Cables, Busbars, Motor Windings in Cryogenic Electric Aircraft. (2024)

Hyuk J. KwonChris KovacsTimothy J. HauganMike D. SumptionEdward Collings

control systemsmotor drivesmechanical engineeringaircraftmotor windingscryogenic electric aircraftac lossvarious conductorspower cableselectrical engineeringpower electronicsaerospace engineering

A Field Quality Modeling in Canted Cosine Theta Dipole Magnets Wound Using Rebco Cables. IEEE Transactions on Applied Superconductivity (2024)

Milan MajorosM. D. SumptionS. XueC. S. MyersE. W. Collings

superconductivityrebco cablesfield qualityelectrical engineeringapplied physicsengineering

CORRECTION: Design and Development of the Cheeta Lh 2 Electrical Wiring and Interconnection System and Suitable Electrical Power System Architectures. (2024)

Chris KovacsTimothy J. HauganMike D. SumptionJin KwonYang GuoPhillip J. Ansell

interconnection systemelectrical engineering

Current Sharing and Quench Evolution in Liquid Cooled, Superconducting Hts Cables for Electric Aircraft. (2024)

Mike D. Sumption

current sharingsuperconductivitysuperconducting materialsthermal engineeringhts cableselectric aircraftelectrical engineeringaerospace engineeringquench evolutionengineering

Current Sharing in Rebco Cable With Defects: Influence of Effective Electrical and Thermal Conductivities and Thermal Boundary Conditions. (2024)

Shengchen XueMike SumptionM. MajorosY. GuoT. GargE.W. Collings

current sharingthermal conductionrebco cablethermal transportelectrical engineeringthermal boundary conditionsthermal conductivityheat transfer

Current Sharing in Superconducting Rebco Cables-Fem Modeling. IEEE Transactions on Applied Superconductivity (2024)

M. MajorosM. D. SumptionS. XueE. W. Collings

current sharingsuperconductivityelectrical engineering

Experimental Study of Two-Phase Cryogenic Cooling of Aluminum Stator Conductors Using a Multi-Slots Test Configuratio. (2024)

Yang GuoMike D. SumptionC.G CantemirJin KwonChris KovacsMilan MajorosEdward CollingsMike TomsicDave DollMatt Rindfleisch

Impact of Cryogenic Temperatures on High-Power Semiconductor Performance. IOP Conference Series Materials Science and Engineering (2024)

J. KwonM. TomsicE.W. CollingsM.D. Sumption

materials sciencematerials engineeringcryogenicshigh-power semiconductor performancepower electronicsapplied physicscryogenic temperatures

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5
43
10 / page

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nanotechnology

superconducting material

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