Hybrid laminated composite plates can offer better mechanical properties than conventional composite plates
composed of same materials. Hybrid composite plates will become more favorite structural materials due to their
high performance in order to use in various engineering applications such as space station structures, aircraft,
automobiles and submarines. In order to investigate the dynamic behavior of hybrid composite plates, there are some
studies in the literature. Şenyer and Kazancı [1] presented an analytical tool for the nonlinear dynamic behavior of
hybrid laminated composite plates under several dynamic loads. Chen et al. [2] have investigated the dynamic