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We show that the method is stable under certain conditions.
Experiment results show the proposed calibration method is stable and effective.
The new method is stable and accurate even at extreme density ratios.
The method is stable and reliable, and greatly improves the working efficiency.
On the contrary, the MSC-CCA method is stable and reliable.
The density-invariant ISPH method is stable but inaccurate with random-noise like disturbances.
The stability analysis of the method is performed to show that our method is stable.
It has been shown that this method is stable and effective in producing high quality meshes.
A set of benchmark problems shows that our method is stable and convergent.
Using a non-oscillatory interpolant, the method is stable without post-hoc filtering.
It is concluded that this method is stable and effective due to favourable morphological and functional recovery and low invasiveness.
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