Animation Video Of Titan Submarine Tragedy Goes Viral

Animation Video Of Titan Submarine Tragedy Goes Viral

A recently unveiled animated video showcasing the inner mechanisms of the ill-fated Titanic submarine has rapidly gained global attention, captivating a vast audience. The film presents stunning visuals that portray, in striking detail, how the submarine’s tragic demise resulted from external pressure.

The devastating loss of all five individuals aboard has sparked concerns regarding the safety of similar submarines. The incident transpired during a deep-sea expedition near the century-old wreckage of the Titanic, prompting further inquiries into the safety protocols governing such vessels.

Animation Video

Various experts and oceanographers have extensively elucidated the causes and repercussions of this catastrophe. Moreover, a viral video depicting the collapse of the Titan submersible has amassed millions of views, adding to the widespread interest surrounding the incident.

In just 12 days since its upload on June 30, a captivating animated video lasting 6 minutes and 20 seconds, shared on YouTube under the AiTelly account, has amassed a staggering 6 million views.

Within two hours of commencing its deep-sea dive to the Titanic wreckage on June 18, the submarine lost contact with surface radar. Following an extensive four-day search effort, the U.S. Coast Guard confirmed the submarine’s implosion, resulting in the tragic loss of all five passengers who had each paid $250,000 for the ill-fated expedition.

The animated film elucidates the physics behind the implosion, highlighting the submarine’s inability to withstand the external hydrostatic pressure, ultimately leading to the catastrophic event.

The video visually demonstrates that the implosion occurred due to the intense hydrostatic pressure exerted by the surrounding water. The narrator explains that at the depth where the Titanic rests, the pressure reaches approximately 5,600 pounds per square inch, roughly 400 times higher than the surface pressure we encounter. As the submarine descended, the force of the ocean’s water pressure acted upon its surface. When this force surpassed the hull’s capacity, the submarine violently imploded.

The video has garnered numerous comments from viewers. One user remarked, “Impressive animation. I hope the revised version considers how these composites disintegrate entirely during an implosion. There are speculations that the manufacturer omitted the typical aerospace non-destructive testing for the finished product. Even with perfect construction, delamination can occur; I’ve witnessed it in aircraft components.”

While many commenters comprehend the functioning of the submersible, they are unaware of why carbon fiber is less suitable for deep-sea diving compared to titanium. The characteristics of composites and the CEO’s understanding of their limitations should be clarified.”

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