ANALYTICAL SOLUTIONS OF WAVE FIELD IN 3-DIMENSIONAL CARTESIAN COORDINATE AND THEIR APPLICATION TO SYNTHESIS OF SEISMIC GROUND MOTIONS

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  • 3次元直交座標系における波動場の解析解とその地震動波形作成への応用
  • 3ジゲン チョッコウ ザヒョウケイ ニ オケル ハドウバ ノ カイセキカイ ト ソノ ジシンドウハケイ サクセイ エ ノ オウヨウ

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Abstract

We describe herein the frequency wavenumber domain's solutions of seismic waves radiated from the kinematic source model with 4 types slip directions in a three-space Cartesian coordinate system, and also the closed form solutions of the soil layered stiffness matrices necessary to calculate the seismic waves in the layered soils. To demonstrate an applicability of the presented solutions, we synthesize the near-field ground accceleration motions recorded during the 1966 Parkfield earthquake, by using the presented solutions for the frequency range of 0-1.25Hz and adding the stochastic waves simulated by a stochastic method for the frequency range of 1.25-10Hz.

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