Benderskaya, Galina (2007) Numerical Methods for Transient Field-Circuit Coupled Simulations Based on the Finite Integration Technique and a Mixed Circuit ...
The perforated dielectric technique is used to design the array from a single dielectric sheet. The overall profile of the antenna can be significantly reduced.
Dec 6, 2006 · Transient Field-. Circuit Coupled Formulation Based on the Finite Integration Technique and a. Mixed Circuit Formulation. Proceedings of the ...
... The finite integration technique (FIT) is a spatial discretization scheme to solve electromagnetic field problems in time and frequency domain numerically.
This paper describes classical time integration methods and the implicit Runge‐Kutta methods, the latter being an appropriate alternative to the first ones ...
Transient field-circuit coupled formulation based on the finite ... - Lirias
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Abstract: The coupling between a 3D modified magnetic vector potential formulation discretized by the finite integration technique and an electrical circuit ...
Transient field-circuit coupled formulation based on the finite ... - Lirias
lirias.kuleuven.be › ...
Dec 3, 2004 · This paper describes classical time integration methods and the implicit Runge-Kutta methods, the latter being an appropriate alternative to the ...
Jan 15, 2023 · A finite-element (FE) model of electromagnetic transient of Sen transformer (ST) with field-circuit coupling is proposed.
Missing: mixed | Show results with:mixed
Abstract—A method for coupling electromagnetic transients programs and finite element field solvers is introduced. The field model takes into account the ...
In this paper, the coupling between FE and circuit models is developed such that the sparsity and symmetry of the original FE system is preserved.
Missing: Numerical integration