Research on propagation laws and characterization of underwater explosion signals

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An increase in water depth significantly boosts the peak pressure of the shock wave, improving safety measures.
At 1000 m depth, shock wave pressure can rise by about 5% when compared to 100 m depth, highlighting the impact of environmental factors.
Numerical simulation combined with experimental data supports the findings on charge mass effects regarding near-field shock wave intensity.
The time interval in continuous explosions alters shock wave characteristics, with shorter intervals producing higher pressure and energy output.

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Research examines underwater explosion signals' pressure and intensity in varying conditions, indicating critical safety insights.

Hu et al. (2025) studied this question.

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