NUMERICAL METHODS
Research Laboratory

Laboratorul de Cercetare în METODE NUMERICE

About us

The Numerical Methods Research Laboratory (LCMN) investigates a vast range of subjects that covers Electromagnetic Compatibility, Interference Problems and Numerical Modelling in Electrical Engineering and Power Systems.

Expertise

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.

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.

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.

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 and/or Magnetic Fields (DC to GHz), Earth resistances, etc.

Numerical modelling of different interference problems;
Support and applied techniques regarding the practical implementation of case study numerical interferences, lightning protection, optimal right of way transmission of energy corridors (oil, gas, energy);
Energy audits and balances to industrial and residential consumers.

Ongoing Research Projects

LCMN Team

We are described by the passion and the enthusiasm for what we do, supported by our skills and held results that with each new experience we develop and harness at a personal level for the University’s and the Community’s Interest.
We prove courage in development by undertaking performance in energy related fields through applied scientific research and a permanent open eye for new opportunities that could be transposed in scientific knowledge or feasible and efficient solutions for the industry.