Bombproofing: meaning, definitions and examples
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bombproofing
[ bɑːmˈpruːfɪŋ ]
military engineering
Bombproofing refers to the process of designing and constructing structures or materials to withstand the effects of explosive blasts. It is primarily used in military contexts to enhance the survivability of personnel and equipment. The goal is to minimize damage from bomb detonations, thus protecting lives and vital assets. This can involve various techniques such as reinforcing walls, using shock-absorbent materials, or constructing underground facilities.
Synonyms
blast protection, explosive shielding, reinforcement.
Examples of usage
- The military base underwent extensive bombproofing before the conflict.
- Engineers assessed the bombproofing needs of the new facility.
- Bombproofing is crucial in areas prone to bomb attacks.
Etymology
The term 'bombproofing' is derived from the combination of 'bomb', which refers to an explosive device, and 'proofing', a suffix that indicates protection against something. The practice has its roots in military engineering, emerging significantly during the conflicts of the 20th century, particularly during World War I and II, when the necessity to protect personnel and critical equipment from aerial bombardments became evident. Over the years, advancements in materials science and engineering have improved bombproofing techniques, leading to the development of specialized materials designed to absorb and dissipate explosive energy. This evolution reflects the broader context of military technology responding to the threats posed by explosives and has applications beyond military use, influencing civilian infrastructures in high-risk areas.