Beschreibung:
<jats:p>This paper describes a dynamic test carried out on intact and damaged FRP composite
beams with fixed-fixed boundary condition. Hammer excitation is used to excite the beam at fixed
locations. The modal parameters are extracted from the time response using a time domain analysis,
i.e. the stochastic subspace identification technique. In order to introduce damage, two sections of
the beam are bonded together using an epoxy adhesive, and then a static test is carried out. For the
static test, a 3-point bending -configuration is used, i.e. the beam is fixed at both ends and a static
load is gradually applied in the middle of the beam using a screw jack. Different static load steps,
and in turn different damage stages, are considered. After each load step, dynamic measurements
are carried out. The results obtained from both tests are presented and analysed.</jats:p>