Numerical Methods Research Laboratory (LCMN)

Led by: Dan MICU
Fields: Math. Comp. Sci. & Software Eng.
Elec. Electron. Sys. & Telecom. Eng.
Institution: Technical University of Cluj-Napoca (UTCN)
Scientists/Total: 4/4
Keywords:  -Numerical modelling. -Electromagnetic field numerical analysis and synthesis -Applied engineering services
Presentation

Numerical modelling. Advances in numerical modelling of different electromagnetic interference problems (prediction,
diagnosis and feasible solutions against induced voltages and AC corrosion); Support and applied techniques regarding
the practical implementation of case study numerical interferences, lightning protection of infrastructures, optimal right of
way transmission of energy corridors (oil, gas, energy); Implementation of artificial intelligence algorithms in
electromagnetic interferences problems.
Electromagnetic field numerical analysis and synthesis. Numerical field synthesis and optimisation of different
electromagnetic devices; Inverse reconstruction and parameter identification of cracks, sources and materials in
inaccessible locations; magnetic stimulation.
Applied engineering services. Investigations through numerical analysis and in situ evaluations of AC/DC
electromagnetic interferences; Energy solutions and methodologies regarding the efficient use of energy; Energy quality
evaluations, diagnosis and solutions for industry and residential.

Infrastructures

- Electric Field Probe Chauvin Arnoux - CA42
- Professional Locator Paths - 15000STD
- Ferromagnetic Locator - FM880B
- Measuring instrument for Earth resistance electrodes - FLUKE1625
- Power analyser + software - ION 8800
- Modulator System - HAMEG
- Function Generator Chauvin Arnoux - CA910
- Power Metter HM8115-2 (2 buc.)
- Magnetic Field Probe Chauvin Arnoux - MF06
- Power and quality meter - MI2492
- Portable Oscilloscope - METRIX OS7402
- Analog-Digital Oscilloscope - HAMEG 507
- CDGES Software License - electromagnetic interferences analysis
- Mathcad University Classroom License

Applications

Research & development in core areas
Advances in numerical modelling of different electromagnetic interference problems: prediction, diagnosis and feasible solutions against induced voltages and AC corrosion due to high voltage power lines to underground metallic pipelines; optimal right of way evaluation of gas streams, as related to possible AC interferences; lightning protection of infrastructures.

Research & development in applied fields
Investigations through numerical analysis and in situ evaluations of AC/DC electromagnetic interferences; Inverse reconstruction and parameter identification of cracks,
sources and materials in inaccessible locations; Numerical field synthesis and optimisation of different electromagnetic devices.

Consulting
Optimization of right of way gas or oil corridors as related to AC/DC interferences;
Investigation of different electromagnetic interferences problems; Energy solutions and methodologies regarding the efficient use of energy; Energy quality evaluations,
diagnosis and solutions for industry and residential.

Applied engineering services
Case study electromagnetic interference diagnosis and solutions; Energy audit and balances for industrial and residential consumers; Energy quality measurements and filtering solutions; Measurements and testing of: quantitative and quality energy indicators, remote electric or magnetic fields (DC to GHz), earth resistances, etc.

Training

Contact

Str. G.Baritiu Nr. 26-28, 400027
Cluj-Napoca, jud. Cluj, România
Tel: +40 264 401233 +40 744 191609
Fax: +40 264 592903
eMail: Dan....@et.utcluj.ro

 

 

 

0 Patents or Software

 

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