第2図．上町断層系の破壊シナリオとそれから計算される地動速度の3成分ベクトル和の最大値の分布．(a)上町断層系を単一セグメントとし，断層北端近くの静的応力降下量分布のピークから破壊を開始させた場合．(b)上町断層系を単一セグメントとし，断層南端近くの静的応力降下量分布のピークから破壊を開始させた場合．(c)上町断層系を2つのセグメントからなるとし，断層北端近くの静的応力降下量分布のピークから破壊を開始させた場合．

Fig. 2. Total slip and rupture time distributions of rupture scenarios and the peak ground velocity (vector summation of three components) distribution from the rupture scenarios in the three dimensional Osaka sedimentary basin structure model. (a) The case when the fault plane is a single segment and a hypocenter (star) is assumed near the northern margin of the fault system. (b) The case when the fault plane is a single segment and a hypocenter is assumed near the southern margin of the fault system. (c) The case when the fault plane consists of two segments and a hypocenter is assumed near the northern margin of the fault system.