Wuhan National High Magnetic Field Center, Huazhong University of Science and Technology
Author in the following contributions
- Thu-Af-Po.05-04: DeepONet-based surrogate model for efficient magnetic field analysis and coil design optimization
- Thu-Af-Po.08-01: Development of a Glass-Carbon-Glass Reinforced Pulsed High-field Magnet at the WHMFC
- Wed-Mo-Po.05-05: Design of field shaper-based magnets for electromagnetic forming
- Wed-Mo-Po.11-03: Electromagnetic Characteristics of Axial-Stacked Pulsed High-field Magnets
- Wed-Mo-Po.05-10: Improved Array Welding Magnet Structure Design and Optimization for Enhancing Magnetic Pulse Welding Quality of Dissimilar Metal Tubular Components
- Fri-Af-Po.07-03: Development of Pulsed Vector Magnet at the Wuhan National High Magnetic Field Center
- Thu-Af-Po.04-04: Active shimming method for a 7T MRI superconducting magnet
- Fri-Mo-Po.09-04: Design of a Distributed Coil Array Magnet System for Electromagnetic Stress Relief in Large Aluminum Alloy Rings
- Wed-Mo-Po.05-09: Decoupling high-speed deformation from electromagnetic effects in electromagnetic forming: A novel magnetic field shielding device design for electromagnetic expansion
- Fri-Mo-Po.02-04: Investigation on Magnetization Characteristics of YBCO Bulk Superconductors in Post-Assembly Magnetization Application
- Thu-Af-Po.08-02: A Novel Radial Reinforcing Scheme for High-field Pulsed Magnets
- Fri-Af-Po.07-04: A Structural Calculation Method for Pulsed High-field Magnets Considering the Deviation of Axial Strain
- Thu-Af-Po.09-04: Three-dimensional finite element analysis of damage and destruction of single-turn coil
- Thu-Af-Po.09-05: Electric field distribution properties and breakdown analysis of single-turn coil
- Thu-Af-Po.09-03: The theoretical modeling for the jitter time of gas switches in single-turn coil discharge system
- Sun-Mo-Spe1-04: [Invited] Development of the Wuhan National High Magnetic Field Center and the new Design Principles for High Field Pulsed Magnet
