Dragan Poljak

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A Method for Determining the Envelope of Induced Electric Field on a Simple Human Head Model by Peaks Detection
On some computational aspects for electromagnetic-thermal dosimetry of mm waves
Several Aspects of Human Exposure to Low Frequency Fields: Incident and Internal Field Dosimetry Procedures and Related Legal issues
The Study on how Model Selection Propagates in High Frequency Electromagnetic-Thermal Dosimetry
Analysis of Planar Skin Model Exposed to Dipole Antenna Radiation Featuring the Use of the MoM-MoM Approach
Deterministic-Stochastic Modeling of Transcranial Magnetic Stimulation featuring the Use of Method of Moments and Stochastic Collocation
Numerical Filtering of Electric Field in Human Head Models Exposed to High-Frequency EMF
On the Use of Planar Skin Models in High Frequency Dosimetry Assessment
Simultaneous exposure of humans to fields of different frequency – incident and internal field dosimetry with respect to national and international legal acts
On the Applicability of Numerical Quadrature for Double Surface Integrals at 5G Frequencies
Uncertainty quantification and sensitivity analysis of transcranial electric stimulation for 9-subdomain human head model
Evaluation of the statistical distributions of transient impedance of the horizontal grounding electrode subject to lightning strike
On the application of hybrid BEM/FEM for inhomogeneous electromagnetic scattering from small maritime targets
On the edge element boundary element method/finite element method coupling for time harmonic electromagnetic scattering problems
Selecting Optimal Numerical Integration Rules for Double Surface Integrals on Triangular Domains
Sensitivity analysis of the direct time domain analytical solution for transient impedance of the horizontal grounding electrode using ANOVA approach
Stochastic-deterministic boundary element modelling of transcranial electric stimulation using a three layer head model
Stochastic-Deterministic Thermal Dosimetry Below 6 GHz for 5G Mobile Communication Systems
Study on the Suitability of Numerical Integration at 5G Frequencies Using Unit Cube Test
Unit Cube Test for Double Surface Integrals in Frequency Domain Integral Equation Formulations
A Meshfree Method versus Analytical Approach to the Solution of the Current Diffusion Equation
Assessment of Absorbed Power Density (Sab) at the Surface of Flat Lossy Medium in GHz Frequency Range : A case of Hertz dipole
Grounding Resistance of a Hemispheric Electrode Located on the Top of a Finite-Height, Cone-Shaped Mountain
On the use of Compound and Extracted Models in Thermal Dosimetry Assessment
Simplified assessment of specific absorption (SA) in planar human tissue model due to transient radiation from dipole antenna
Stochastic Dosimetry of a Three Compartment Head Model
Transient Impedance of the Synchronous Generator Grounding Electrode due to Short Circuit Current
Boundary Integral Methods in Bioelectromagnetics and Biomedical Applications of Electromagnetic Fields
Calculation of the Grounding Resistance of Structures Located on Elevated Terrain
Coupling of the Fast Boundary-Domain Integral Method with the Stochastic Collocation Method for Fluid Flow Simulations
Electromagnetic Dosimetry Based on EFIE Formulation and RWG Basis Function
Isolated vs. Interconnected Wind Turbine Grounding Systems: Effect on the Harmonic Grounding Impedance, Ground Potential Rise and Step Voltage
On Some Multiphysics Models for Electromagnetic- Thermal-Hydrodynamics (ETHD) Analysis
On the Computation of Singular Integrals over Triangular Surfaces in R3
On the Incident Power Density Calculation in GHz Frequency Range - A case of Hertz dipole
On the Influence of an Elevated Terrain on the Grounding Resistance of a Vertical Rod
Reduction of a Cone-Shaped Terrain Grounding Resistance by Remote Grounding
Review of Deterministic-Stochastic Procedures in Electromagnetic-Thermal Dosimetry of The Realistic Human Head Model Exposed to Non-Ionizing Radiation
Stochastic analysis of nanofluid simulations
Stochastic Boundary-Domain Integral Method for heat transport simulations
Stochastic modelling of nanofluids using the fast Boundary-Domain Integral Method
Tower and Path-Dependent Voltage Effects on the Measurement of Grounding Impedance for Lightning Studies
Transient impedance of the horizontal grounding electrode: Sensitivity analysis of the direct time domain analytical solution
A Finite Element Versus Analytical Approach to the Solution of the Current Diffusion Equation in Tokamaks
A note on stochastic collocation applied in dosimetry, magneto-hydrodynamics and ground penetrating radar simulations
A note on the use of analytical and domain discretisation methods for the analysis of some phenomena in engineering physics
Calculation of the Transient Electric Field Transmitted in a Lossy Medium Radiated by an Equivalent GPR Dipole Antenna
Direct time domain analytical solution for the transient impedance of the horizontal grounding electrode
Electric Field Transmitted into a Lossy Medium Radiated by a GPR Antenna – Comparison of Different Approaches
Electromagnetic Dosimetry Based on EFIE Formulation and RWG Basis Function
Frequency Domain and Time Domain Analysis of the Transient Field Radiated by GPR Antenna: A Review of Deterministic Modeling Based on Integral Equation Approach
Hybrid FEM/BEM for Human Head Exposed to High Frequency Electromagnetic Radiation
Integral Equation Formulations and Related Numerical Solution Methods in Some Biomedical Applications of Electromagnetic Fields
Numerical analysis of a three-compartment head model subjected to variation of input parameters
Numerical Comparison of Compound and Extracted Eye Models for High Frequency Dosimetry
On the use of Conformal Models and Methods in Dosimetry for Non- Uniform Field Exposure
Probability distributions of transient currents induced along thin wire buried in a lossy material
Stochastic Collocation Applications in Computational Electromagnetics
Stochastic Sensitivity Analysis for Dosimetry of Head Tissues for the Three Compartment Head Model
Stochastic Thermal Dosimetry for the Three Compartment Head Model
Stohastic modelling of nanofluid heat transfer
Surface Equivalence Principle and Surface Integral Equation (SIE) Revisited for Bioelectromagnetics Application
Time domain generalized telegrapher’s equations for the electromagnetic field coupling to finite-length wires buried in a lossy half-space
Transient Calculation of the Electric Field above a Lossy Ground Generated by Dipole Antenna - Direct time domain analysis
Transient Impedance of Interconnected Wind Turbine Grounding Systems
A Study on the use of Compound and Extracted Models in the High Frequency Electromagnetic Exposure Assessment
Advanced analysis of the transient impedance of the horizontal grounding electrode: from statistics to sensitivity indices
An Efficient Deterministic-Stochastic Model for the Homogeneous Human Brain Model Dosimetry: ANOVA Approaches for Sensitivity Analysis of Model Parameters
Applications of Stochastic Collocation Method in Electromagnetic Compatibility
Comparison of numerical electric field and SAR results in compound and extracted eye models
Comparison of Time-Domain Finite-Difference, Finite-Integration, and Integral-Equation Methods for Dipole Radiation in Half-Space Environments
Deterministic-stochastic Boundary Element Modeling Of The Brain And Eye Exposed To High-frequency Radiation
Direct time domain evaluation of the transient field transmitted into a lossy ground due to GPR antenna radiation
Electromagnetic-Thermal Analysis for Human Exposure to High Frequency (HF) Radiation
Impulse impedance of the horizontal grounding electrode : comparison of the theoretical antenna model approach and experimental analysis
On Wind Turbine Impedance Analysis via Different Approaches
Sensitivity Analysis of the Time Transient Currents Induced Along Thin Wires Buried in Lossy and Uncertain Environments
Statistical transient impedance of horizontal grounding systems: application to sensitivity analysis with ANOVA approaches
Stochastic Dosimetry Applied to Transcranial Magnetic Stimulation Analysis
Stochastic Dosimetry for Transcranial Magnetic Stimulation Analysis
Stochastic Thermal Dosimetry for Homogenous Human Brain Model
Stochastic-deterministic and sensitivity analysis of the transient field generated by GPR dipole antenna and transmitted into a lossy ground
Temperature Increase in the Extracted and Compound Eye Models
A Stochastic Analysis of the Transient Current Induced along the Thin Wire Scatterer Buried in a Lossy Medium
Impulse Impedance of the Horizontal Grounding Electrode: Experimental Analysis versus Full-wave Computational Model
Integral Equation Models in Some Biomedical Applications of Electromagnetic Fields
On deterministic-stochastic time domain study of dipole antenna for GPR applications
On deterministic-stochastic time domain study of dipole antenna for GPR applications
On Some Applications of Stochastic Collocation Method in Computational Electromagnetics: Applications in ground penetrating radar, bioelectromagnetics, grounding systems and buried lines
On some integral approaches in electromagnetic dosimetry
Some Computational Aspects of Calculation of Integrals Arising Within the Framework of Method of Moments - Application to Bioelectromagnetics
Stochastic Collocation Method Applied to Transcranial Magnetic Stimulation Analysis
Stochastic Sensitivity in Homogeneous Electromagnetic-Thermal Dosimetry Model of Human Brain
Stochastic sensitivity in thermal dosimetry for the homogeneous human brain model
The electromagnetic-thermal dosimetry for the homogeneous human brain model
Time Domain and Frequency Domain Integral Equation Method for the Analysis of Ground Penetrating Radar (GPR) Antenna
Transcranial magnetic stimulation induced fields in different brain models
Advanced electromagnetic-thermal dosimetry methods for the human exposure to high frequency electromagnetic fields
Analysis of Transcranial Magnetic Stimulation Based on the Surface Integral Equation Formulation
Comparison of a TMS induced fields in homogeneous adult and child brain models using the surface integral equation approach
Comparison of the antenna model and experimental analysis of an impulse impedance of the horizontal grounding electrode
Direct Time Domain Modeling of the Transient Field Transmitted in a Dielectric Half-Space for GPR Applications
Effects of electromagnetic polarization in homogeneous electromagnetic-thermal dosimetry model of human brain
Electromagnetic-thermal dosimetry comparison of the homogeneous adult and child brain models based on the SIE approach
Influence of the Soil Ionization on the Transient Current Induced along the Horizontal Grounding Electrode
Methods Of Health Risk Assessment For Human Exposure To High Frequency Electromagnetic Fields
On the use of the vertical straight wire model in electromagnetics and related boundary element solution
Stochastic collocation analysis of the transient current induced along the wire buried in a lossy medium
A Review of Some Analytical Solutions to the Grad-Shafranov Equation
An Efficient Integral Equation Based Dosimetry Model of the Human Brain
Integral Equation Based Dosimetry Model of the Human Brain: Frequency Dependence of the Results
On the Analysis Methods for the Time Domain and Frequency Domain Response of a Buried Objects
Time Domain Analysis of the Horizontal Grounding Electrode: Antenna theory approach versus transmission line approximation
Transient Response of Grounding Electrode using the Wire Antenna Theory Approach
Transient statistics from the lightning strike current flowing along grounding electrode
A Simple Antenna Model of the Human Nerve
Analytical Modeling of a Transient Current Flowing Along the Horizontal Grounding Electrode
Antenna model of the horizontal grounding electrode for transient impedance calculation: Analytical versus Boundary Element Method
Frequency and Time Domain Analysis of Influence of the Grounding Electrode Conductivity on Induced Current Distribution
Transient Response of a Buried Wire
Wire antenna model of the vertical grounding electrode
Antenna Model of Wind Turbine Struck by Lightning
Influence of the Grounding Electrode Conductivity on the Induced Transient Current
On the Analysis of Vertical Straight Thin Wire Above a Lossy Ground - Analytical versus numerical solution
Transient analysis of grounding systems for wind turbines
Comparison of analytical and boundary element modeling of electromagnetic field coupling to overhead and buried wires
Electromagnetic Field Coupling to Multiple Buried Thin Wires - Antenna model versus transmission line approach
FETD computation of the temperature distribution induced into a human eye by a pulsed laser
Frequency domain boundary element versus time domain finite element model for the transient analysis of horizontal grounding electrode
Full Wave Model versus Transmission Line Representation of Tesla’s Wave Propagation: 155th Anniversary of Birth of Nikola Tesla
On the relationship between scientific and theological aspects of the work of Roger Joseph Boscovich
Time Domain Analytical Modeling of a Straight Thin Wire Buried in a Lossy Medium
Analytical versus boundary element modelling of horizontal ground electrode
Time domain analytical modeling of finite length thin wire embedded in homogeneous lossy medium
Transient analysis of ring shaped grounding electrode using isoparametric quadratic elements
3D FEM Temperature Distribution Analysis of the Human Eye Exposed to Laser Radiation
An Improved Formula for External Thermal Resistance of Three Buried Single-Core Metal-Sheathed Touching Cables in Flat Formation
Coupling from HF Transmitter to Power Line Communications System using Antenna Theory - Analytical versus Numerical Approach
Generalized form of Telegrapher’s Equations for the Electromagnetic Field Coupling to Buried Wires of Finite Length
Human Equivalent Antenna Model for HF Exposures: Analytical versus Numerical Approach
The human body exposed to a magnetotherapy device magnetic field
Thermal Modelling of the Human Eye exposed to Infrared Radiation of 1064 nm Nd:YAG and 2090 nm Ho:YAG Lasers
Time domain modeling of a thin wire in a two-media configuration featuring a simplified reflection/transmission coefficient approach
Analysis of Electromagnetic Field Coupling to a Single Wire above a PEC Ground Using Wire Antenna Theory: Analytical versus Numerical Solution
Comparison of wire antenna and modified transmission line approach to the assessment of frequency response of horizontal grounding electrodes
Frequency Response of Multiple Conductors Buried in a Lossy Ground
Thermal Modelling of the Human Eye Exposed to Laser Radiation
Computation of maximal magnetic field value generated by a power substation
Electromagnetic Field Coupling to Buried Wires: Comparison of Frequency Domain Wire Antenna and Transmission Line Model
Simplified modeling of the human body exposed to power substation electric field using boundary element analysis
Towards the model for the assessment of the current density induced in the human body due to the electric field irradiated from the rod struck by lightning
Transient Analysis of a Finite Length Line embedded in a Dielectric Half-Space using a Simplified Reflection/Transmission Coefficient Approach
Transient Response of a Thin Wire above a Real ground using a Simplified Reflection Coefficient Approach
A numerical-stochastic technique for underground cable system design
A Simple Finite Element Model of Heat Transfer in the Human Eye
Analysis of Tesla’s Transmitter using Wire Antenna Theory
Assessment of Human Exposure to Power Substation Electric Field
Comparison of Wire Antenna and Transmission Line Model for Transient Analysis of Grounding Electrodes
Modelling Tesla’s Radio System as a Transmission Line
Nikola Tesla - Scientist Out of Time
Non-linear Coupled Electric-thermal Modeling of Underground Cable Systems
Nonuniformity Modeling of a Particular Aluminum Sheath Temperatures and Losses
Numerical Methods in Electrical Engineering
Simple Transmission Line Representation of Tesla Coil and Tesla's Wave Propagation Concept
Simple Transmission Line Representation of Tesla Coil and Tesla’ s Wave Propagation Concept
Some Notes on Transmission Line Representations of Tesla's Transmitters
An Optimization Procedure for Cable System Design
Electromagnetic Modeling of the Human Body Exposed to Extremely Low Frequency (ELF) Electromagnetic Field
Electromagnetic-thermal Modeling of the Human Body Exposed to GSM and UMTS Radiation
Transient impedance of the vertical grounding electrode
A Simplified Electromagnetic-thermal Analysis of Human Exposure to Radiation from Base Station Antennas
An optimisation technique for the underground cable system design
The assessment of human exposure to low frequency and high frequency electromagnetic fields using boundary element analysis
The Assessment of Human Exposure to Low Frequency and High Frequency Electromagnetic Fields Using the Boundary Element Analysis
The Electromagnetic-Thermal Analysis of Human Exposure to Radio Base Station Antennas
A new front updating solution applied to some engineering problems
Transient Analysis of Electromagnetic Field Coupling to Buried Cables
Domain optimization in FEM modelling of power cable heat transfer
Time Domain Hallen Integral Equation Approach to a Lightning Channel Modeling
Time Domain Modeling of Coupled Wires by the Finite Element Integral Euation Method
Current induced along horizontal wire above an imperfectly conducting half-space
Modelling of a Single Transmission Line Above a Dielectric Substrate
The discretisation model of the SRM
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Correction of the protection zone of the metallic post
Finite Element Input Impedance Calculation of the Loaded Wire Above an Imperfect Ground
The Finite Element Analysis of Horizontal Wire Buried in a Lossy Ground
Lightning Induced Current on a Metallic Post-Frequency Domain Analysis
Distribution Around Power cable Placed in the Trench Backfill
The effect of thermal backfill on power cables heat transfer (Part I: mathematical model) Correction of the protection zone of the metallic post
The effect of thermal backfill on power cables heat transfer, Part II Boundary conditions and numerical results
The synchronous machine parameters calculation by means of Schwartz-Christoffel trasnformation