The secondbenefit was that fewer SP

The second
benefit was that fewer SPH were required if larger SPH
elements were used at depths where less fluid motion was
anticipated, resulting in less computational effort being
required compared to a full tank of the surface-sized smaller
SPH elements. The bulk modulus of the SPH elements was
adjusted such that the deeper elements retained the same timestep
as the surface elements, even though their dimension was
increasing. This also reduced compressibility effects at depth.

Hasil (Bahasa Indonesia) 1:

Keduamanfaat adalah bahwa lebih sedikit SPH diperlukan jika lebih besar SPHelemen yang digunakan pada kedalaman mana kurang cairan gerak yangdiantisipasi, mengakibatkan kurang komputasi usaha yangdiperlukan dibandingkan dengan tangki penuh dari permukaan berukuran kecilUnsur-unsur SPH. Modulus ruah elemen SPH adalahdisesuaikan sedemikian rupa sehingga unsur-unsur lebih dalam mempertahankan timestep samasebagai unsur-unsur permukaan, meskipun dimensi mereka adalahmeningkat. Ini juga mengurangi efek compressibility pada kedalaman.