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Wei CHEN
Titre	Doctorant
Equipe	Outils et Méthodes Numériques
Adresse	Arts et Métiers ParisTech - Campus Lille 8, boulevard Louis XIV 59046 LILLE CEDEX
Téléphone	+33 (0)3-XX-XX-XX-XX
Email	wei.chen@ensam.eu
Publications

ACLI Revue internationale avec comité de lecture
[1] Printed circuit board modeling based on a Cauer Ladder network approach combined with GaN transistors and passive components Engineering with Computers, Vol. 42, N°. 3, pages. 1-10, 04/2026 CHEN Wei, HENNERON Thomas, PACE Loris, CLENET Stéphane, TAHA Houssein

[2] Comparison of parametric model order reduction methods to solve magneto-quasistatic and electro-quasistatic problems Finite Elements in Analysis & Design, Vol. 252, 12/2025 CHEN Wei, HENNERON Thomas, CLENET Stéphane

[3] Co-simulation of a Printed Circuit Board modeled by a Cauer Ladder Network approach combined with GaN Transistors IEEE Transactions on Power Electronics, Vol. 40, N°. 5, pages. 7095 - 7105, 05/2025, URL HENNERON Thomas, CHEN Wei, PACE Loris, TOMEZYK Jerome, CLENET Stéphane, TAHA Houssein

[4] Model order reduction of an electro-quasistatic problem using CLN method Finite Elements in Analysis & Design, Vol. 238, 10/2024 CHEN Wei, HENNERON Thomas, CLENET Stéphane, DELAGNES Théo, ZOU Jun

ACT Conférence internationale avec acte
[1] PCB winding modeling using Full Mawxell Equations 22nd IEEE Conference on Electromagnetic Field Computation, CEFC 2026, 06/2026, Abstract CHEN Wei, HENNERON Thomas, CLENET Stéphane, MARGUERON Xavier
The electromagnetic modeling of Printed Circuit boards (PCB) is often carried out with the analytic formula or two dimensional simulation, which can not take into account the three dimensional effect. In this paper, the PCB is simulated using full maxwell equation discretized finite element methods. The result is compared with experimental measurement.
[2] Single equivalent electrical circuit representation of electro-quasistatic problems using CLN method 25th International Conference on the Computation of Electromagnetic Fields (Compumag 2025), Naples, June 22 - 26 2025, 06/2025 CHEN Wei, HENNERON Thomas, CLENET Stéphane

[3] Printed Circuit Board modeling based on a Cauer Ladder Network approach combined with GaN Transistors 25th International Conference on the Computation of Electromagnetic Fields (Compumag 2025), Naples, June 22 - 26 2025, 06/2025 CHEN Wei, HENNERON Thomas, PACE Loris, CLENET Stéphane, TAHA Houssein

[4] Modeling of power cables using CLN method CEM 2025, 8-11 April 2025, Belgium, 04/2025 CHEN Wei, CLENET Stéphane, HENNERON Thomas, COLAS Frédéric

[5] Determination of an electrical equivalent circuit of a PCB using the Cauer Ladder Network method SCEE 2024, Darmstadt, Allemagne, 04/2024 CHEN Wei, HENNERON Thomas, CLENET Stéphane, ZOU Jun

[6] Cauer ladder network method applied to reduce electro-quasistatic problems EMF 2023, Marseille, France., 08/2023 CHEN Wei, CLENET Stéphane, HENNERON Thomas, ZOU Jun

[7] MIMO Cauer ladder network based on the solution of the static vector potential formulations A and T COMPUMAG2023, Kyoto, Japon., 05/2023 CHEN Wei, CLENET Stéphane, HENNERON Thomas, ZOU Jun

[8] Parametric model based on Cauer ladder network COMPUMAG2023, Kyoto, Japon., 05/2023 CHEN Wei, CLENET Stéphane, HENNERON Thomas, ZOU Jun

[9] Study of the convergence of the Cauer Ladder Network method CEM 2023, Cannes (France), 04/2023 CHEN Wei, CLENET Stéphane, HENNERON Thomas, ZOU Jun

ACN Conférence nationale avec acte
[1] Détermination d'un schéma électrique équivalent d'un transformateur à noyau toroïdal par la méthode CLN NUMELEC2024, Toulouse, 07/2024 CHEN Wei, HENNERON Thomas, CLENET Stéphane, ZOU Jun

[2] Détermination de schémas électriques équivalents de câbles par la méthode de Cauer Ladder Circuit à partir de la méthode des éléments finis SGE2023 (Lille), 07/2023 CHEN Wei, CLENET Stéphane, HENNERON Thomas, ZOU Jun, COLAS Frédéric, ZHANG Haibo

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Wei CHEN

ACLI Revue internationale avec comité de lecture

ACT Conférence internationale avec acte

ACN Conférence nationale avec acte

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	LABORATOIRE D'ELECTROTECHNIQUE ET D'ELECTRONIQUE DE PUISSANCE DE LILLE
	Recherche, Développement et Innovation en Génie Electrique