1.  A PYTHON APPLICATION TO GENERATE DIGITAL SIGNALS.

          Authors: GILBERT-RAINER GILLICH, DORIAN NEDELCU, TATIAN-CRISTIAN MĂLIN.

2.  IMPROVEMENT OF JAIN’S ALGORITHM FOR FREQUENCY ESTIMATION.

          Authors: GILBERT-RAINER GILLICH, DAVID LUPU, ANDREA AMALIA MINDA.

3.  ESTIMATION OF THE SEVERITY OF DAMAGE PRODUCED BY A TRANSVERSE CRACK.

          Authors: LUCIAN PĂUN, ZENO-IOSIF PRAISACH, CRISTIAN TUFISI, GILBERT-RAINER GILLICH, MARIUS-VASILE POP.

4.  DEFLECTION OF A BEAM WITH A TRANSVERSE CRACK UNDER DEAD LOAD.

          Authors: LUCIAN PĂUN, GILBERT-RAINER GILLICH, ZENO-IOSIF PRAISACH, MARIUS-VASILE POP.

5.  DAMAGE DETECTION IN SIMPLY SUPPORTED BEAMS USING MACHINE LEARNING.

          Authors: GILBERT-RAINER GILLICH, CRISTIAN TUFISI, ALEXANDRA-TEODORA AMAN.

6.  THE STRAIN ENERGY IN LOOSENING THE CLAMPED END OF A BEAM (PART I).

          Authors: PATRIC-TIMOTEI STAN, ZENO-IOSIF PRAISACH, GILBERT-RAINER GILLICH, TIBERIU MĂNESCU, CRISTIAN TUFIȘI.

7.  THE STRAIN ENERGY IN LOOSENING THE CLAMPED END OF A BEAM (PART II).

          Authors: DAN-ALEXANDRU PÎRȘAN, ZENO-IOSIF PRAISACH, GILBERT-RAINER GILLICH, CORNEL HAȚIEGAN.

8.  DYNAMIC BEHAVIOR OF A CLAMPED CIRCULAR PLATE AND STRAIN ENERGY REPRESENTATION (PART I).

          Authors: LUCIAN-NESTOR MANU, ZENO-IOSIF PRAISACH, GILBERT-RAINER GILLICH, CRISTIAN TUFIȘI.

9.  DYNAMIC BEHAVIOR OF A CLAMPED CIRCULAR PLATE AND STRAIN ENERGY REPRESENTATION (PART II).

          Authors: IONELA HAREA, ZENO-IOSIF PRAISACH, GILBERT-RAINER GILLICH, CRISTIAN TUFIȘI.

10.  DETERMINING THE TEMPERATURE USING NATURAL FREQUENCIES AND ARTIFICIAL INTELLIGENCE.

          Authors: ALEXANDRA-TEODORA AMAN, ZENO-IOSIF PRAISACH, GILBERT-RAINER GILLICH, VASILE CĂTĂLIN RUSU.

11.  HIGH-POWER SYSTEM FOR ACOUSTIC EXCITATION OF PLATES.

          Authors: RUSALIN LUCIAN PAUN, GILBERT-RAINER GILLICH, MARIUS CONDRATIUC.

12.  DETERMINING THE OPTIMUM SEVERITY OF DAMAGE USING MODEL PERFORMANCE ANALYSIS METHODS.

          Authors: GILBERT-RAINER GILLICH, SANTATRA MITSINJO RANDRIANARISOA.

13.  THE EFFECT OF THE SIGNAL INITIAL PHASE ON THE AMPLITUDES OF A DFT SPECTRUM.

          Authors: GILBERT-RAINER GILLICH, NICOLETA GILLICH, DANIELA GIORGIANA BURTEA.