透光防护设备在静爆荷载下的试验研究与应用

详细信息

Experimental Research and Application of Transparent Protective Equipment under Static Explosion Load

摘要: 文章采用模拟给定抗力等级为核6级、常6级爆炸荷载直接加载方式,对透光防护设备进行静态抗爆试验。试验表明:采用多层复合玻璃制备的透光防护天窗设备能抵抗0.05 MPa地面核爆炸冲击波的作用,满足相应抗力等级下的强度要求,试验结果可为透光防护设备在地下防护工程等场所中的应用提供了有力支撑。
- 人防工程 /
- 透光防护设备 /
- 防护天窗 /
- 静态抗爆试验 /
- 压力应变评估
Abstract: In this paper, the static anti-explosion test of the light transmission protection equipment is carried out in the blasting test pit by simulating the direct loading method of the given resistance level of nuclear 6 and normal 6. Experiments have shown that the transparent protective skylight equipment made of multi-layer composite glass can resist the impact of 0.05 MPa ground nuclear explosion shock waves and meet the strength requirements at corresponding resistance levels, which provides a strong support for the application of light transmission protection equipment in civil air defense engineering and other places.
- civil air defense engineering /
- transparent protective equipment /
- protective skylight /
- static explosion resistance test /
- pressure strain assessment

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