In order to satisfy the newly-built shock resistance standard and simulate the actual underwater explosion environments as well as improve the shock resistance capabilities for the equipment on warships,a high fidelity dynamic model of a high-energy hydraulically-actuated system for heavy weight double-waveform shock testing machine is presented.

The applicability of scaling laws to underwater explosion models tests;

Method research of charactering vitality of surface warship subjected to underwater explosion;

Numerical calculations!of the bubble pulsation forces of underwater explosions;

Calculation of the initial shock wave energy in underwater blasting;

The paper introduces briefly the attenuation rules of blasting vibration velocity and safety criterions, and analyzes the characteristics of blasting vibration frequency, then the underwater blasting tests using RDX are carried out on laboratory condition, with the intent of studying problems such as ground vibration caused by underwater blasting、 vibration frequency and so on.

In this paper,formulae of a industrial explosive in underwater blasting are given on the basis of TNT explosion shock wave parameters for explosion in water and principle of the energy similarty.

Study on anti-underwater-explosion performance of a new type warship shielding plate;

Study on Anti-underwater-explosion Performance of Tube Sandwich Plate;

Dynamic response of a floating composite ship section subjected to underwater blast;

An experiment was carried out to study the failure of cabin near shipboard of surface warship subjected to underwater blast loading without special consideration paid to explosion resistance.

This paper is mainly about the dynamics response of anisotropic composite ship structure subject to underwater blast.