  In Part I of this paper series, a theoretical and numerical model for a a
driven pendulum filled with liquid was developed. The system was analyzed in
the framework of tuned liquid dampers (TLD) and hybrid mass liquid dampers
(HMLD) theory. In this Part II, in order to measure the energy dissipation
resulting from shallow water sloshing, an experimental investigation is
conducted. Accurate evaluations of energy transfers are obtained through the
recorded kinematics of the system. A set of experiments is conducted with three
different liquids: water, sunflower oil and glycerine. Coherently with the
results of Part I, the energy dissipation obtained when the tank is filled with
water can mainly be explained by the breaking waves. For all three liquids, the
effects of varying the external excitation amplitude are discussed.
