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THE GOOD DAMPING PERFORMANCE AND INHERENT STABILITY OF VISCOELASTIC MATERIALS IN RELATIVELY BROAD FREQUENCY BANDS, BESIDES COST EFFECTIVE-NESS, OFFERS MANY POSSIBILITIES FOR PRACTICAL ENGINEERING APPLICATIONS. HOWEVER, FOR VISCOELASTIC DAMPERS SUBJECTED TO DYNAMIC LOADINGS SUPERIMPOSED ON STATIC PRELOADS, ESPECIALLY WHEN GOOD ISOLATION CHA-RACTERISTICS ARE REQUIRED AT HIGH FREQUENCIES, TRADITIONAL DESIGN GUIDELI-NES CAN LEAD TO POOR DESIGNS DUE TO THE RAPIDLY INCREASING RATE OF TEM-PERATURE CHANGE INSIDE THE MATERIAL. THIS PAPER IS DEVOTED TO THE NU-MERICAL AND EXPERIMENTAL INVESTIGATION IN THE DEGRADATION OF THE STIFFNESS AND CAPACITY OF A VISCOELASTIC MATERIAL INDUCED BY THE THERMAL RUNAWAY PHASE, WHEN IT IS SUBJECTED TO DYNAMIC AND STATIC LOADS SIMUL-TANEOUSLY. AFTER THE THEORETICAL BACKGROUND, THE OBTAINED RESULTS IN TERMS OF THE TEMPERATURE EVOLUTIONS AT DIFFERENT POINTS WITHIN THE VOLUME OF THE MATERIAL AND THE HYSTERESIS LOOPS FOR VARIOUS STATIC PRE-LOADS ARE COMPARED AND THE MAIN FEATURES OF THE PROPOSED STUDY ARE HIGHLIGHTED.

A Study of the Thermal Runaway Phase Generated During Cyclic Loading of Viscoelastic Materials Accounting for the Prestress