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Roman Szewczyk

Prof

University of Warsaw

Poland

Research Interests

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Professors in Poland Professors in Condensed Matter Physics Condensed Matter Physics professors in Poland

About

Professor Roman Szewczyk is a faculty member at Warsaw University of Technology, Poland. His research focuses on the metrological properties of magnetic field sensors, acoustoelastic effects, and the magnetic permeability of electrical steels. He has contributed to numerous scholarly articles addressing mechanical stress influences and innovative measurement methods in the field of magnetism and electronics.

Articles (22)

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Assistant Professor

Politechnika Wroclawska

POLAND

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Roman Szewczyk

Research Interests

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About

Articles (22)

Systematic error correction in acoustoelastic effect investigation based on magnetostrictive delay line

Data-driven bias correction of standard deviation estimators via symbolic regression: compact formulas for normal and symmetrically truncated distributions in industrial measurement applications

Villari effect modulation of the Seebeck response in amorphous ferromagnetic ribbons modeled with the modified Langevin function and Mott's formula

Modelling Stress-Dependent Magnetic Permeability Using Two-Domain Approach with an Effective Anisotropic Wall Energy in Grain-Oriented Electrical Steel

Validation of the Eddy-Current Energy Losses in The Gyrator-Capacitor Model of Nanocrystalline Soft Magnetic Core

Calibration of Ultra Microbalances in the Submilligram Range

A Finite-Elements-Based Method of Modeling the Eddy-Current Losses in Ribbon Ring-Shaped Cores With Gaps

Frequency-Dependent Magnetic Flux Density Attenuation in Aluminum-Steel Hard Disk Drive Enclosures: Mesh Refinement Guidelines for Degaussing Analysis

Influence of Mechanical Stresses Noncoaxial With the Magnetizing Field on the Relative Magnetic Permeability of Electrical Steel

The Two-Domain Model Utilizing the Effective Pinning Energy for Modeling the Strain-Dependent Magnetic Permeability in Anisotropic Grain-Oriented Electrical Steels

Investigation of the Metrological Properties of Magnetic Field Sensors Used in Popular Smartphones for the Shoe Size Determination System

A measuring setup for testing the mechanical stress dependence of magnetic properties of electrical steels

Model of a 3D Magnetic Permeability Tensor Considering Rotation and Saturation States in Materials with Axial Anisotropy

The Measurement Method of a Piston Fall Rate

Measurement of Parameters of MEMS Electronic Filters with Automatic Determination of Uncertainty

Improved Control of Mesh Density in Adaptive Tetrahedral Meshes for Finite Element Modeling

Sensitivity Limits and Functional Characteristics of Fluxgate Sensors with Rod-Shaped Magnetic Cores

A FEM-Based Optimization Method for Driving Frequency of Contactless Magnetoelastic Torque Sensors in Steel Shafts

The Influence of Mesh Granularity on the Accuracy of FEM Modelling of the Resonant State in a Microwave Chamber

Inverse Transformation in Eddy Current Tomography with Continuous Optimization of Reference Defect Parameters

Elementary, Atomic-Level Friction Processes in Systems with Metallic Inclusions—Systematic Simulations for a Wide Range of Local Pressures

Generalization of the Model of Magnetoelastic Effect: 3D Mechanical Stress Dependence of Magnetic Permeability Tensor in Soft Magnetic Materials

Collaborators (5)

Piotr Gazda

Piotr Frydrych

Tadeusz Szumiata

Adrian Radoń

Michał Nowicki

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