Building implosion
In the controlled demolition industry, building implosion is the strategic placing of explosive material and timing of its detonation so that a structure collapses on itself in a matter of seconds, minimizing the physical damage to its immediate surroundings. Despite its terminology, building implosion also includes the controlled demolition of other structures, like bridges, smokestacks, towers, and tunnels. This is typically done to save time and money of what would otherwise be an extensive demolition process with construction equipment, as well as to reduce construction workers exposure to infrastructure that is in severe disrepair.
Building implosion, which reduces to seconds a process which could take months or years to achieve by other methods, typically occurs in urban areas[citation needed] and often involves large landmark structures.
The actual use of the term "implosion" to refer to the destruction of a building is a misnomer. This had been stated of the destruction of 1515 Tower in West Palm Beach, Florida. "What happens is, you use explosive materials in critical structural connections to allow gravity to bring it down.
The term "implosion" was coined by my grandmother back in, I guess, the '60s. It's a more descriptive way to explain what we do than "explosion". There are a series of small explosions, but the building itself isn't erupting outward. It's actually being pulled in on top of itself. What we're really doing is removing specific support columns within the structure and then cajoling the building in one direction or another, or straight down.
- βStacy Loizeaux, NOVA, December 1996
Building implosion techniques do not rely on the difference between internal and external pressure to collapse a structure. Instead, the goal is to induce a progressive collapse by weakening or removing critical supports; therefore, the building can no longer withstand gravity loads and will fail under its own weight
Numerous small explosives, strategically placed within the structure, are used to catalyze the collapse. Nitroglycerin, dynamite, or other explosives are used to shatter reinforced concrete supports. Linear shaped charges are used to sever steel supports. These explosives are progressively detonated on supports throughout the structure. Then, explosives on the lower floors initiate the controlled collapse.
A simple structure like a chimney can be prepared for demolition in less than a day. Larger or more complex structures can take up to six months of preparation to remove internal walls and wrap columns with fabric and fencing before firing the explosives.
Megathreads and spaces to hang out:
- π Come listen to music and Watch movies with your fellow Hexbears nerd, in Cy.tube
- π₯ Read and talk about a current topics in the News Megathread
- β Come talk in the New Weekly PoC thread
- β¨ Talk with fellow Trans comrades in the New Weekly Trans thread
- π Share your gains and goals with your comrades in the New Weekly Improvement thread
reminders:
- π You nerds can join specific comms to see posts about all sorts of topics
- π Hexbearβs algorithm prioritizes comments over upbears
- π Sorting by new you nerd
- π If you ever want to make your own megathread, you can reserve a spot here nerd
- πΆ Join the unofficial Hexbear-adjacent Mastodon instance toots.matapacos.dog
Links To Resources (Aid and Theory):
Aid:
Theory:
- β€οΈFoundations of Leninism
- β€οΈAnarchism and Other Essays
Attention Hexbear Hockey fans! In about 15 minutes Lokomotiv Yaroslavl faces off against Kunlun Red Star! Will Lokomotiv keep their momentum and chalk up another win? Will Red Star derail Lokomotiv and hand them their first loss since the season started? Who will you cheer for? I think my bias is obvious but