prof. Ing.

Pavel Fiala

Ph.D.

FEKT, UTEE – vedoucí ústavu

+420 54114 6280
fialap@feec.vutbr.cz

Odeslat VUT zprávu

prof. Ing. Pavel Fiala, Ph.D.

Životopis

Vzdělání a akademická kvalifikace

  • 01.01.1983 - 31.12.1988

    VUT FE v Brně
    Silnoproudá elektrotechnika

Přehled zaměstnání

  • 01.01.1988 - 31.12.1990

    Výzkumný ústav elektrických přístrojů Brno
    odborný asistent
    úvazek 40

  • 01.01.1990 - 31.12.2003

    UTEE FE VUT v Brně
    odborný asistent
    úvazek 40

  • 01.01.2003 - ...

    UTEE FEKT VUT v Brně
    vedoucí ústavu
    úvazek 40

Univerzitní aktivity

Education and Work Experience
  • -1990 - Full-time specialist at the Brno Research Institute of Electrical Instruments (VUEP; later renamed Applied Electrical Engineering Co. – IVEP Brno)
  • – Full-time specialist at the Department of Theoretical and Experimental Electrical Engineering, Faculty of Electrical Engineering, Brno University of Technology

1993 – Deputy director at the Centre for the Modelling and Optimisation of Fields in Electromechanical Systems, a joint project of the Faculty of Electrical Engineering and the company ABB EJF a.s., Brno

1999 – Doctoral degree completion (Ph.D.) at the Faculty of Electrical Engineering and Information Science, Brno University of

Technology; defence of doctoral thesis titled "Modelling of Current Transformers with Short Circuit Tests"

2003 – Director of the Department of Theoretical and Experimental Electrical Engineering, Faculty of Electrical Engineering and Communication, Brno University of Technology

2005- Defence of inaugural dissertation titled "Modelling and Design of a Power Pulse Source" 2014- full proffesor in Theoretical and Electrical Engineering

Scientific and Pedagogical Activities

Research in numerical modelling peformed by means of the boundary element method and the finite element method (19862003); realisation and application of coupled models within the FEM and FEM/FLM methods, motion models related to free particles bound to macroscopic models, methods of image processing, noise spectroscopy methods, and optoelectronic measurement techniques.

Research in the high-voltage range of heavy-current electrical engineering, mainly within the field of electrical faults and discharges (1988-1990). Modelling of non-linear characteristics of materials (1992-1996); modelling, analysis and optimisation of coupled electromagnetic/thermal/mechanical problems connected with models formulated using concentric parameters (19922003); modelling of problems with turbulent flow and an electromagnetic field influenced by chemical composition of materials (2000-2003). Dr. Fiala has built and tested several efficient algorithms for the optimisation of non-trivial problems (1996-now) . Furthermore, he has practiced the modelling and measurement of non-linear material properties – hysteresis (1991-1993), and proposed or realised the design and modelling of power pulse sources (2001-2008 PROTOTYPA a.s.) and power microwave generators (2002-2008 PROTOTYPA a.s, Tesla Vršovice, Institute of Plasma Physics, Academy of Sciences of the CR, Praha). Number of research projects with industrial founding - more then 100, prototypes more then 40, national patents 10, international patents 40.

Project solution – long-time cooperation with ABB EJF s.r.o Brno (1986-now), ELEN Brno 1998, FISCHER- design and analysis of an HV instrument transformer, ELIS s.r.o Brno- design of an atypical induction flowmeter (DN-1000, 2001), PROTOTYPA a.s. Brno – collaboration on the solution of industrial grant programme FD-K/042 “Power Microwave Generators “ (2001-2003), collaboration on programme FT-TA/028 ”Technology of Non-lethal Defence Instruments” (2004-2008), co-solution of project "GENVLN" MO VOP026 s.p. Šternberk (Military Repair Service Facility, Šternberk), a division of the Military Technical Institute of Ground Forces in Vyškov (2006-2008). In addition to participating in numerous other projects, Dr. Fiala has co-authored dozens of instrument transformer designs introduced into production by the ABB EJF Brno, ABB s.r.o. Brno companies. He is the solver of project MPO TIP and co-recipient of grants FR TI1/001 “Research and Development of Discharge Activity Detection in Oil-filled Power Transformers“ (2009-2013), FR-TI1/368 “Diagnostics of Fast-moving Objects for Security Tests“ (2009-2012), WIreles SEnsins- WISE, EU 6.FP (2005-2008), GAČR 102/09/0314 Investigation of Metamaterial Properties and Microwave Structures Utilising Noise Spectroscopy and Magnetic Resonance, GAČR 13-09086S An Investigation of Artificial Electromagnetic Materials and Metamaterials with Applied Numerical and Imaging Methods (2013-2016), International project ENIAC-2012-1 – DeNeCoR - Devices for NeuroControl and NeuroRehabilitation (Project nr 324257, 06.2013-06.2016), GAČR 17-00607S Complex Artificial Electromagnetic Structures and Nanostructures (2017-2020), Interdisciplinary research wireless technology – LO1401 (2015-2019, INWITE), Research of wireless transfr data for flowmeter and heat registers with nets LPWAN – project OP PIK, CZ.01.1.02/0.0/0.0/17_107/0012319 (2018-2020).

Dr. Fiala is a member of the SPIE, APS, IEEE, IEE, OSA, The Electromagnetic Academy, Cambridge, USA (since 2007) and a reviewer of the IEEE Sensors Journal, PIER, PIER&JEMWA USA Cambridge, MDPI, ELSEVIER, SPIE, OSA, APL

Publications in the last 5 years (2015-2019)

International journals with IF .............................................. = 23

Total publication (Web of Science) .......................................... > 160

Citations (total works), without auto-citations . (Web of Science)... > 120

Citations. (Google Scholar)........................................................ > 520

Citations (articles) without auto-citation (Web of Science) …... > 108

H-index (Web of Science Thomson Reuters) (2019)……………. =9

H-index (Scopus.com) (2019)........................................................ =11

Applied and Contract research projects solution:

ELECTRIC FIELD ANALYSIS IN A HIGH TRANSFORMER WITH 150KV MAXIMUM OPERATING VOLTAGE.

30.12.1996

ANALYSIS AND CALCULATION OF THE ELECTRIC FIELD IN THE TJC7 TRANSFORMER

30.04.1997

ANALYSIS AND CALCULATION OF THE OUTDOOR TRANSFORMER ELECTRICAL FIELD

30.12.1997

MODELING ASSOCIATED TASKS, POWERFUL FREQUENCY TRANSFORMER TRANSFORMER PN = 4KW.

30.08.1998

OPTIMIZATION OF HIGH VOLTAGE COILS IN TWO-POLE TRANSFORMER DESIGNS

19.02.1999

ANALYSIS AND MODELING OF ELECTROMAGNETIC FIELD IN MEASURING TRANSFORMERS

19.02.1999

ELECTROMAGNETIC IMPULSE MICROWAVE GENERATORS.

ANALYSIS OF ASSOCIATED ELECTROMAGNETIC MODEL OF VOLTAGE OR CURRENT PULSE SOURCE

01.09.2003

ANALÝZA SDRUŽENÉHO ELEKTROMAGNETICKÉHO MODELU PULZNÍHO ZDROJE NAPĚTÍ NEBO PROUDU

30.08.2002

THE CONCEPT AND ANALYSIS OF THE MODEL OF THE POWER-MICROWAVE PERFORMANCE GENERATOR

31.12.2002

TJC6 AND TDC6 TRANSFORMER OPTIMAL DESIGN

31.12.2003

VERIFICATION OF CALORIMETRIC METHOD FOR MEASURING ELECTROMAGNETIC IMPULSE PERFORMANCE

31.12.2003

OPTIMIZING THE CALORIMETRIC METHOD FOR MEASURING THE ACTIVE OUTPUT IMPULSE PERFORMANCE

31.12.2004

SHORT ELECTROMAGNETIC IMPULSE PARAMETERS AND PERFORMANCE MEASUREMENT

31.12.2005

DESIGN AND IMPLEMENTATION OF THE SPECIAL LIGHT SOURCE

31.12.2005

MODELING AND ANALYSIS OF THE ELECTRICAL FIELD OF THE COMBINED SENSOR KEVCR-VARIANT II

01.03.2006

SEMAUTOMATIZED SYSTEM OF EVALUATION OF IMPEDANTS OF VOLTAGE MEASUREMENT TRANSFORMERS

11.09.2006

WORK, CONSULTATION AND MEASUREMENT NECESSARY TO REMOVE TOROID TANSFORMERS

18.07.2006

MEASURING METHODS OF ULTRA-SHEET IMPULSES

31.12.2007

CURRENT AND VOLTAGE TRANSFORMER SIMULATION

14.12.2006

PROTOTYPE OF DEMAGNETIZING EQUIPMENT OF OPTICAL LAYERS

09.08.2007

DEFORMATION OF THE EQUAL SYSTEM

16.10.2007

MICROWAVE POWER SOURCES

15.11.2007

PULSE GENERATOR MEASUREMENT

31.12.2007

MEASUREMENT OF ELECTROMAGNETIC PERLINING OF PEARL FABRICS

26.11.2007

VOLTAGE TRANSFORMER OPTIMIZATION

02.07.2008

HIGH POWER MICROWAVE SOURCE

28.11.2008

PROPOSAL FOR THE METHOD AND EQUIPMENT FOR MEASURING ELECTRICAL POTENTIAL IN THE DEFINED PROCEDURE

OF SAMPLING

07.12.2009

RESEARCH PROBLEM SOLVING IN THE FIELD OF DIAGNOSTICS AND MEASUREMENTS OF ENVIRONMENTS IN THE ENERGY NETWORKS

18.12.2009

STATOR VOLUME INDUCTION HEATING FOR LOSS OF LOSS 10%

31.12.2010

RESEARCH OF SPECIAL SWITCHING SOURCES

31.12.2010

RESEARCH AND EXPERIMENTAL DESIGN OF COOLING ELEMENTS

31.12.2010

LIGHTING POWER SUPPLY WITH LED ELEMENT

31.12.2010

REFERENCE MEASUREMENT OF HIGH FREQUENCY SIGNAL SHIELDING

01.12.2011

DESIGN OF ACOUSTIC DEVICE FOR DETECTION OF WOODEN CHURCHES IN CONSTRUCTION STRUCTURES

31.12.2012

NUMERICAL MODEL, ANALYSIS OF COMPOSITION DISTRIBUTION ELECTROMAGNETIC FIELD, IN RAILS VEHICLE MODEL

26.08.2013

RESEARCH ON THE IMPLEMENTATION OF MEASUREMENT METHODS SUITABLE FOR MOBILE MEASURING METHOD BY REALIZED FORM OF EXPERIMENTAL SAMPLES

31.12.2013

RESEARCH OF MEASURING METHOD OF PV ON 2 MHZ

31.12.2013

RESEARCH PROBLEM SOLVING IN THE FIELD OF DIAGNOSTICS AND MEASUREMENT OF EVENTS IN ENERGY NETWORKS

AND EQUIPMENT

31.10.2013

DESIGN OF THE NEW BORN INFRASTRUCTURE REFLECTOR

28.02.2014

DESIGN AND COMPOSITION OF MEASURING SYSTEM OF DIFFERENT EVENTS - PARTIAL SHOCK, BASED ON EVALUATION OF HIGH FREQUENCY ELECTROMAGNETIC SIGNALS

31.12.2013

RISKS OF THE USE OF ELECTROMAGNETIC WEAPONS AGAINST CURRENT INFOMATION AND COMMUNICATION TECHNOLOGIES IN STATE ADMINISTRATION

10.12.2013

RESEARCH AND DEVELOPMENT WORK, CONNECTED WITH A DESIGN OF A NUMERICAL MODEL FOR MAGNETIC AND

THERMAL FIELD ANALYSIS

19.02.2014

RESEARCH WORK IN THE FIELD OF NON-DESTRUCTIVE DIAGNOSTICS OF MATERIAL FROM WOOD ELEMENTS IN

CONSTRUCTION

15.12.2014

IDENTIFICATION OF PARTIAL DISCHARGES IN A CLOSED SPACE WHEN ELIMINATING EXTERNAL INTERFERENCE

15.12.2014

ASSESSMENT OF THE FUNCTIONALITY OF SELECTED INSTRUMENTS AND EQUIPMENT COMPONENTS

15.12.2014

METHODS OF EVALUATION OF ADVERSE EVENTS IN CLOSED ENVIRONMENT AREAS HV, UHV

10.12.2015

RESEARCH AND DEVELOPMENT WORKS IN NUMERICAL MODELING AND PLASMA NOZZLE ANALYSIS

30.06.2015

DEVELOPMENT OF EXPERIENCE, CALCULATION STUDY TO THE PROPERTIES OF THE BUSINESS SYSTEM

30.06.2015

DESIGN OF THE NUMERICAL MODEL AND ACTUATOR ANALYSIS

30.11.2015

RESEARCH AND DEVELOPMENT WORKS IN NUMERICAL MODELING AND ANALYSIS PARAMETRIC PLASMA NOZZLES

30.09.2015

DESIGN OF A NUMERICAL MODEL AND ANALYSIS "SHEET METAL SENSOR"

15.12.2015

LINEAR DRIVE DESIGN AND CONSTRUCTION (LINPO)

15.06.2016

PLASMA NOZZLE WITH INTEGRATED RF GENERATOR

13.12.2016

RESEARCH WORK OF THE DESIGN OF THE AUTOMATIC DATA COLLECTION CENTER OF VACUUM EQUIPMENT

16.03.2018

EMC ANALYSIS AND EVALUATION EMC 35T MULTI-LINE LOW FLOOR TRAM - CHEMNITZ

14.12.2018