The sudden supersonic expansion of material.
The greatest damage in explosions is typically caused by the blast wave. The blast wave is a high-pressure shock wave that radiates outward from the explosion, causing destruction to structures, buildings, and injuring individuals from the force and impact of the explosion.
This is known as a tsunami.
Nuclear binding energy to thermal energy to blast shock wave energy.
Explosives detonate, creating a rapidly expanding shock wave. In some cases, the shock wave alone causes injury or death. In other cases, the shock wave drives projectiles that cause injury.
It's not from the atomic blast The smoke trails were not caused by the blast itself, but by smoke rockets that created contrails to provide points of reference for measuring the shock wave caused by the nuclear blast.In the first few milliseconds after a nuclear detonation, the fireball and shock wave are indistinguishable, but soon after, the fireball cools a little and the shock wave continues on beyond it. The shock wave is a layer of high density air that expands out from the blast very rapidly. In nuclear testing, the scientists and engineers wanted to be able to track the progress of the shock wave well after it went beyond the fireball. So, they launched smoke rockets well behind the detonation site seconds before detonation. The dense layer of air acted as a sort of lens, refracting the image of the smoke rockets behind it, and allowing those working on the project to calculate the shock velocity and other properties as a scientific function. == ==
Lightning bolt
The shock wave from an explosion causes the most damage by creating extreme pressure and pushing outwards in all directions, destroying structures and causing injuries. Explosions can also generate heat and produce flying debris that can cause additional harm.
Nuclear explosions produce a combination of shock waves, heat waves, and electromagnetic waves. The initial shock wave is the most destructive component, causing widespread damage and destruction near the explosion site.
The blast of air after an explosion is called a shockwave. It is a sudden and powerful pressure wave that radiates outwards from the explosion, causing damage to surrounding objects and structures.
The release of energy in an explosion causes the greatest damage, as it generates a powerful shock wave that can dismantle buildings, rupture organs, and cause severe injuries. The heat and debris thrown off by the explosion also contribute to the overall damage.
The Shock Wave was created in 1994.
The word you are looking for is "blast wave," which is a type of shock wave created by the sudden release of energy during a nuclear explosion. Blast waves travel outwards in all directions from the point of detonation, causing destruction and damage to surrounding structures.