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In the stochastic Green’s function method, rupture directivity effects inside subfaults on ground motions are not usually taken into account. In this paper, we proposed a method which incorporates rupture directivity effects inside subfaults in the stochastic Green’s function method. Our method has advantages in that dependency of rupture directivity effects on period is adjustable and arbitrary rupture patterns are applicable. To check the availability of our method, we simulated the strong ground motions during the 2000 Tottori earthquake in period range of 0.5-1 s. We showed reproduction of the observed strong ground motions could be improved by our method.

INCORPORATING RUPTURE DIRECTIVITY EFFECTS INSIDE SUBFAULTS IN STOCHASTIC GREEN'S FUNCTION METHOD