Pristupačnost
Methodology for Eddy Current Losses Calculation in Linear Variable Differential Transformers (LVDTs)
Eddy current losses in open-type cores
Fundamentals of Electrotechnic
Calculation of the Eddy Current Losses in a Laminated Open-Type Transformer Core Based on the A→,T→−A→ Formulation
Computer-aided shielding efficiency modeling
Evaluation of Methodology for Lightning Impulse Voltage Distribution over High-Voltage Windings of Inductive Voltage Transformers
Two-Step Method for the Calculation of Eddy Current Losses in an Open-Core Transformer
Simulation and Measurement of Spike Voltage over Voltage Transformer Windings
Influence of Conductor Transposition on Transformer Winding RLC Parameters
Shielding Effectiveness of HSD Connector – Simulation and Measurement
Two-step method for calculation of eddy current losses in a laminated transformer core
Energy harvesting technologies for structural health monitoring of airplane components – A review
Calculation of Eddy Current Losses in Iron Core of Transformer
5th International Colloquium on Transformer Research and Asset Management
Journal of Energy special issue: Papers from 5th International Colloquium “Transformer Research and Asset Management” – Materials, Components and New Technologies, Transformer Life Management
Transformer capacitance matrix computation using 3D boundary element method and adaptive cross approximation
Fast computation of electric field and capacitance matrix of transformer windings with boundary element method and adaptive cross approximation
Influence of Conductor Transposition on Transformer Winding RLC Parameters
Journal of Energy special issue: Papers from 5th International Colloquium “Transformer Research and Asset Management” – Numerical Methods
Proceedings of the 5th International Colloquium Transformer Research and Asset Management
Computation of electric field inside substations with boundary element methods and adaptive cross approximation
Computation of Self- and Mutual Inductances of Open-core Transformers Using a 3D Integral Equations Approach
Computation of transformer capacitance matrix with 3D BEM and adaptive cross approximation
2D Method for Calculation of Eddy Current Losses in Laminated Core of Transformer
Determination of Core Losses in Open-Core Power Voltage Transformers
Integral Equation Methods for Ion Flow Field
Development of 3D BEM code for Computation of a Transformer Winding’s Capacitance Matrix
Transformer electric field calculation using BEM and FEM
Special issue of the 4th International Colloquium "Transformer Research and Asset Management"
Power transformer winding model for lightning impulse testing
Frequency dependent resistance calculation of multiple conductors
Calculation of Self- and Mutual Inductances of Power Transformers Using a 3D Modified Magnetostatic Integral Equation Approach
Lightning impulse voltage distribution over voltage transformer windings — Simulation and measurement
Proceedings of the 4th International Colloquium Transformer Research and Asset Management
Journal of Energy Special issue: Papers from 2nd International Colloquium “Transformer Research and Asset Management”
Journal of Energy Special issue: Papers from 3rd International Colloquium “Transformer Research and Asset Management”
Calculation of Power Frequency Electric Field with Boundary Element Methods and Adaptive Cross Approximation
Computation of electric field in transformers by boundary element method and fast multipole method
Frequency Dependent Resistance Calculation of Multiple Conductors
Thorium Reactor Nuclear Power Plants
Fast and Precise Method for Inductance Calculation of Coaxial Circular Coils With Rectangular Cross Section Using the One- Dimensional Integration of Elementary Functions Applicable to Superconducting Magnets
Energy and nanotechnology
Fast and Robust Method for Mutual Inductance Calculation of Coaxial Circular Coils with Rectangular Cross Section
New Roles of Hydrogen in Renewable Energy Economy
Electromagnetic fields - homework problems
Fast Computation of Inductances and Capacitances of High Voltage Power Transformer Windings
Calculation of Low Frequency Electric Fields of Complex Power System Facilities
Calculation of Capacitances of Windings of High Voltage Power Transformers
Calculation of Low Frequency Electric Fields of Complex Power System Facilities
Nanotechnology and Ethics
Application of bicubic splines in the boundary element method
Computation of Electric Fields Inside Large Substations
Calculation and measurement of electromagnetic fileds in 400 kV substations of transmission network of Croatia
Thermal analysis of buried high-voltage cables
Calculation of Electro-Quasistatic Fields by BEM
Application of BEM in design
Electromagnetic field calculation of complex power system facilities
Application of Mathematica in e-learning
Computation of quasistatic electromagnetic fields of complex electric power facilities
Contemporary 3D numerical calculations of EM fields in substations
Application of Bicubic Splines in the Boundary Element Method
Contemporary technological challenges
Magnetic Field of Underground Power Cables
Thermal and Magnetic Field Analysis of Underground High Voltage Cable System
Coupled Electromagnetic - Thermal Analysis of Underground Power Cables
Computation of Low-Frequency Electric Fields in Computation of Low-Frequency Electric Fields in Analysis of Electromagnetic Field Exposure
Calculation of quasistatic electromagnetic field by the method of moments
Analysis of general public and professional electromagnetic field exposure due to the substation 110/30/10 kV Jarun
Computation of Low-frequency Electromagnetic Field Near Transmission Lines and Substations
Teaching
University undergraduate
- Electromagnetic Fields (Lecturer in charge)
- Electromagnetic Fields (Lecturer in charge)
- Electromechanics (Lecturer in charge)
- Fundamentals of Electrical Engineering (Lecturer in charge)
- Fundamentals of Electrical Engineering (Lecturer in charge)
- Introduction to computer modelling with the programming language Julia (Lecturer in charge)
- Management in Engineering (Lecturer in charge)
- Management in Engineering (Lecturer in charge)
- BSc Thesis (Lectures)
- BSc Thesis (Lectures)
- BSc Thesis (Lectures)
- Project (Lectures)
- Project (Lectures)
- Project (Lectures)
- Project C (Lectures)
University graduate
- Computational Modelling Techniques (Lecturer in charge)
- Coupled Fields Simulations (Lecturer in charge)
- Finite Element Method Programming (Lecturer in charge)
- Modeling of Electromagnetic Field (Lecturer in charge)
- Graduation Thesis (Lectures)
- Project (Lectures)
- Seminar 1 (Lectures)
Postgraduate doctoral study programme
- Computer Aided Analysis in Electromagnetic Theory (Lecturer in charge)
- Computer Aided Design (Lecturer in charge)
Postgraduate spec. study
- Electric field and insulating systems (Lecturer in charge)
Competences
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Computers and information processing
Power engineering computing High performance computing -
Mathematics
MLFMA Finite element analysis -
Control systems
Dielectric devices -
Electromagnetic compatibility and interference
Electromagnetic analysis Electromagnetic coupling Electromagnetic transients -
Materials, elements, and compounds
Magnetic materials