22 results on '"Kapidani, Bernard"'
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2. Mass lumping the dual cell method to arbitrary polynomial degree for acoustic and electromagnetic waves
3. High order geometric methods with splines: Fast solution with explicit time-stepping for Maxwell equations
4. Tree–cotree decomposition of isogeometric mortared spaces in H(curl) on multi-patch domains
5. An arbitrary-order Cell Method with block-diagonal mass-matrices for the time-dependent 2D Maxwell equations
6. Optimization of RFX-mod2 gap configuration by estimating the magnetic error fields due to the passive structure currents
7. Torque Computation With the Isogeometric Mortar Method for the Simulation of Electric Machines.
8. A matrix-free Discontinuous Galerkin method for the time dependent Maxwell equations in unbounded domains
9. Optimization of RFX-mod2 gap configuration by estimating the magnetic error fields due to the passive structure currents
10. Topoprocessor: an efficient computational topology toolbox for h -oriented eddy current formulations
11. The Time-Domain Cell Method Is a Coupling of Two Explicit Discontinuous Galerkin Schemes With Continuous Fluxes.
12. Fake Conductivity or Cohomology: Which to Use When Solving Eddy Current Problems With $h$ -Formulations?
13. Exploiting Cyclic Symmetry in Stream Function-Based Boundary Integral Formulations.
14. Novel FDTD Technique Over Tetrahedral Grids for Conductive Media.
15. Lean Cohomology Computation for Electromagnetic Modeling.
16. GPU Accelerated Time-Domain Discrete Geometric Approach Method for Maxwell’s Equations on Tetrahedral Grids.
17. T-Ω Formulation with Higher-Order Hierarchical Basis Functions for Nonsimply Connected Conductors.
18. An Arbitrary-Order Discontinuous Skeletal Method for Solving Electrostatics on General Polyhedral Meshes.
19. Topoprocessor: An Efficient Computational Topology Toolbox for h-Oriented Eddy Current Formulations.
20. Computation of Relative 1-Cohomology Generators From a 1-Homology Basis for Eddy Currents Boundary Integral Formulations.
21. Fast Computation of Cuts With Reduced Support by Solving Maximum Circulation Problems.
22. Tunnel FETs for Ultralow Voltage Digital VLSI Circuits: Part I—Device–Circuit Interaction and Evaluation at Device Level.
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