In order to investigate the aseismic behavior of soil nailing slope

shaking table tests of 1:12 reduced scale models were designed and carried out.Dynamic characteristics of the soil nailing slope were obtained from the model tests.The maximum lateral displacement mainly occurs at the abdomen of the slope

and the displacements at the crest and foot are relatively small.Increasing nail dip will increase the lateral displacement

while increasing nail length or reducing nail space will minish the lateral displacement. The shape of most functional belt is polygonal-shape instead of hypothetical arc.And the most functional belt is located in the foreside or middle part of the soil nailing area

which is not in accordance with the slide plane appearing in vibration condition.The response accelerations in the middle of the slope and at the bottom are smaller and very close

and are larger at the top part.