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Underwater Explosions and Submarines
In the early days of submarines, it did not take physicists and engineers long to discover how destructive underwater explosions can be. In this Slow Mo Guys video, Gav gives us a glimpse of that destruction using a model submarine in a fish tank and several small explosives. (Image and video credit: The Slow Mo Guys) Read the full article
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My Hero Academia themed Mermay prompt day nineteen! The prompt is Wrath! I thought of Katsuki and an explosion. There are not a ton of images of underwater explosions, but from what I can tell, they are very round.
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Katsuki is a Lionfish. My style is going to be changing a bit as Iâm trying to find what works for me, I have used a reference for his torso in this image.
ever wondered how underwater explosions âkillsâ ships? and also how it is different from subs?
How Underwater Explosions Damage the Surface Ships and Submarines?
How Underwater Explosions Damage the Surface Ships and Submarines?
Since a dense medium surrounds the water, an underwater explosion has a different character than a regular explosion. When an underwater explosion occurs, a cavity of high-pressure gas is created, pushing the water outwards. This bubble is formed, but gas is produced as a result of the blast. Furthermore, the size of the bubble increases, but water is vaporized as a result of the heat. TheâŚ
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Nuclear Test | Underwater Nuclear Test
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The Slow Mo Guys bring their high-speed skills to underwater explosions in this new video. The physics of such explosions is very neat (but also incredibly destructive). When the fuse ignites, a blast wave travels outward in a sphere, creating a bubble filled with gas. Eventually, the pressure of the surrounding water is too great for the bubble to expand against. When its expansion slows, that much larger pressure from the surrounding water starts to crush the bubble back down. Decreasing the volume of the bubble raises its pressure and its temperature again, and this often reignites any leftover fuel and oxidizer left in the bubble. The secondary shock bubble will re-expand, kicking off another round of expansion and collapse. (Video credit: The Slow Mo Guys; submitted by potato-with-a-moustache)
This is what a 10,000-pound, underwater explosion looks Like
This is what a 10,000-pound, underwater explosion looks Like
Can a warship withstand the shockwaves from a 10,000-pound underwater explosion? Thatâs exactly what the U.S. Navy sought to find out when they ran Full Ship Shock Trials on the USS Jackson back in June. Whether or not the trial was successful, youâve gotta admit it looks pretty cool. In June, the Navy began conducting Full Ship Shock Trials (FSST) for the Independence variant Littoral CombatâŚ
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Underwater explosions are incredibly dangerous and destructive, and this animation shows you why. What you see here are three balloons, each half-filled with water and half with air. A small explosive has been set off next to them in a pool. In air, the immense energy of an explosion actually doesnât propagate all that far because much of it gets expended in compressing the air. Water, on the other hand, is incompressible, so that explosive energy just keeps propagating. For squishy, partially air-filled things like us humans or these balloons, that explosionâs force transmits into us with nearly its full effect, causing expansion and contraction of anything compressible inside us as our interior and exterior pressures try to equalize. The results can be devastating. To see the equivalent experiment in air, check out Mark Roberâs full video on how to survive a grenade blast. (Image credit: M. Rober, source)
