Jonas Ekman

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Luleå tekniska universitet

Sweden

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About

Jonas Ekman is a Professor at Lulea Tekniska Universitet in Sweden. His research primarily focuses on electromagnetic interactions and methodologies for transmission lines, as evident from his recent articles. Key areas of his studies include pulsed electromagnetic field interaction, surface partial element equivalent circuit methods, and the analytical modeling of wave propagation and scattering. His contributions significantly enhance the understanding of complex interactions in electromagnetic systems.

Recent Grants

Grant: Close

Safety critical systems

Open Date: 2013-06-01

Close Date: 2018-05-01

Grant: Close

Equivalent circuit based solver for electromagnetic analysis of power electronic systems - Application to busbar and IGBT modules

Open Date: 2010-01-01

Close Date: 2012-01-01

Articles (16)

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2025

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2020

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2020

Collaborators (5)

Ondrej Franek

Brno University of Technology

CZECH REPUBLIC

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Mauro Parise

Associate Professor

ITALY

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Giulio Antonini

Professore Ordinario

University of L'Aquila

ITALY

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Martin Stumpf

Brno University of Technology

CZECH REPUBLIC

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Maria De Lauretis

Associate Senior Lecturer

Halmstad University

SWEDEN

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Jonas Ekman

Research Interests

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About

Recent Grants

Articles (16)

S-PEEC-DI: Surface Partial Element Equivalent Circuit method with decoupling integrals

An Enhanced Multiconductor Transmission Line Model for Conducting Wires

Pulsed EM Plane-Wave Interaction With a Time-Varying Thin Sheet

Pulsed Electromagnetic Field Interaction With a Transmission Line: An Analytical Traveling-Wave Approach Based on Reciprocity

Time-Domain Computation of Partial Inductance Retarded Coefficients of Adjoining Brick Elements: A Cagniard-DeHoop Analytical Approach

Pulsed Electromagnetic Excitation of a Thin Wire—An Approximate Numerical Model Based on the Cagniard–DeHoop Method of Moments

Pulsed electromagnetic field coupling to a transmission line with arbitrary loads—A unified methodology based on reciprocity

Pulsed EM Scattering by Dipoles With Time-Varying Loads

Pulsed Electromagnetic Plane-Wave Interaction With a Time-Varying, Thin High-Dielectric Layer

Pulsed Wave Propagation Along a Transmission Line With Time-Varying Wavespeed

Transient Electromagnetic Plane Wave Scattering by a Time-Varying Metasurface: A Time-Domain Approach Based on Reciprocity

Efficient Computation of Partial Elements in the Full-Wave Surface-PEEC Method

Accurate Computation of Mutual Inductance of Non Coaxial Pancake Coils

Accurate Calculation of Partial Inductances for the Orthogonal PEEC Formulation

Bandlimited Distortionless Material Design by an Approximation of the Heaviside Condition

Rigorous dc Solution of Partial Element Equivalent Circuit Models Including Conductive, Dielectric, and Magnetic Materials

Collaborators (5)

Ondrej Franek

Mauro Parise

Giulio Antonini

Martin Stumpf

Maria De Lauretis

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