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YOU SAID:

Therefore, the effect on non-linear characteristics and parametric excitation differs with the plastic secondary gradient. Below is a detailed example of the numerical calculations.

INTO JAPANESE

したがって、非線形特性とパラメトリック励起への影響は、塑性二次勾配によって異なります。以下は数値計算の詳細な例です。

BACK INTO ENGLISH

Therefore, the effect on nonlinear properties and parametric excitation depends on the plastic quadratic gradient. Below is a detailed example of a numerical calculation.

INTO JAPANESE

したがって、非線形特性とパラメトリック励起への影響は、塑性二次勾配に依存します。以下は数値計算の詳細な例です。

BACK INTO ENGLISH

Therefore, its effect on nonlinear properties and parametric excitation depends on the plastic second-order gradient. Below is a detailed example of a numerical calculation.

INTO JAPANESE

したがって、非線形特性とパラメトリック励起への影響は、プラスチックの2次勾配に依存します。以下は数値計算の詳細な例です。

BACK INTO ENGLISH

Therefore, its effect on nonlinear properties and parametric excitation depends on the second order gradient of the plastic. Below is a detailed example of a numerical calculation.

INTO JAPANESE

したがって、非線形特性とパラメトリック励起への影響は、プラスチックの2次勾配に依存します。以下は数値計算の詳細な例です。

BACK INTO ENGLISH

Therefore, its effect on nonlinear properties and parametric excitation depends on the second order gradient of the plastic. Below is a detailed example of a numerical calculation.

Equilibrium found!

Well done, yes, well done!

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