The work during the thesis focused on the modeling and calculation of high frequency (HF) behavior in the power cables. These physical phenomena involved combining capacitive and inductive as well as the effects of skin and proximity effects. To account for this behavior, we use an approach based on equivalent circuits based on linear parameters that vary depending on the frequency approach. The determination of the equivalent circuit elements was performed by solving electrostatic problems and magnetoharmonic using the finite element method. Then we worked on the Transmission Lines Method (TLM) associated with a modal approach to determine the resonance frequencies of the system taking into account the interconnections to the ends of cable...
In this thesis, the finite element method (FEM) is applied to the calculation of frequency-dependent...
Derivation of an electromagnetic model, regarding the wave propagation in a very long (10 km or more...
Introduction. The wave parameters of power cables with polymer insulation differ significantly from ...
The work during the thesis focused on the modeling and calculation of high frequency (HF) behavior i...
The coupling of incident fields (plan wave; lightning stroke; nuclear electromagnetic pulse; current...
International audienceIn this work, a 2D Finite Element Method (FEM) is used to calculate the freque...
Efficient design of high-voltage power cables is important to achieve an economical delivery of elec...
This paper addresses electromagnetic wave propagation in High Voltage Direct Current (HVDC) power ca...
The dissertation describes the effects of operating frequency reduction on the transmission behaviou...
The aim this project is to study the behaviour of HVDC cables and to obtain a small-signal model cap...
High frequency signal propagation characteristics of shielded power cables, including attenuation, e...
International audiencePower converters are an essential part of modern power systems, giving flexibi...
This paper provides a general framework for electromagnetic (EM) modeling, sensitivity analysis, com...
The calculation of frequency-dependent cable parameters is essential for simulations of transient ph...
The paper deals with harmonic analysis of HVDC submarine cables. The longitudinal series impedance m...
In this thesis, the finite element method (FEM) is applied to the calculation of frequency-dependent...
Derivation of an electromagnetic model, regarding the wave propagation in a very long (10 km or more...
Introduction. The wave parameters of power cables with polymer insulation differ significantly from ...
The work during the thesis focused on the modeling and calculation of high frequency (HF) behavior i...
The coupling of incident fields (plan wave; lightning stroke; nuclear electromagnetic pulse; current...
International audienceIn this work, a 2D Finite Element Method (FEM) is used to calculate the freque...
Efficient design of high-voltage power cables is important to achieve an economical delivery of elec...
This paper addresses electromagnetic wave propagation in High Voltage Direct Current (HVDC) power ca...
The dissertation describes the effects of operating frequency reduction on the transmission behaviou...
The aim this project is to study the behaviour of HVDC cables and to obtain a small-signal model cap...
High frequency signal propagation characteristics of shielded power cables, including attenuation, e...
International audiencePower converters are an essential part of modern power systems, giving flexibi...
This paper provides a general framework for electromagnetic (EM) modeling, sensitivity analysis, com...
The calculation of frequency-dependent cable parameters is essential for simulations of transient ph...
The paper deals with harmonic analysis of HVDC submarine cables. The longitudinal series impedance m...
In this thesis, the finite element method (FEM) is applied to the calculation of frequency-dependent...
Derivation of an electromagnetic model, regarding the wave propagation in a very long (10 km or more...
Introduction. The wave parameters of power cables with polymer insulation differ significantly from ...