In this video, we'll explore the shocking implosion of the Titan submersible and its final search and rescue phase. We will discover the causes behind the catastrophic implosion and why the remains of the submersible are scattered instead of compressed. We will analyze the extreme pressure to which the submersible was subjected and how that pressure is visualized. In addition, we will understand how high pressure water entered the submersible and caused a violent compression of the air inside. We will explore the destructive phase of the implosion and how a high energy wave triggered the disintegration and dispersal of the debris. Unfortunately, the chances of survival in this event were nil. If you are interested in pumping and hydraulic technology, we also offer you other videos on our channel.
What was the cause of the implosion of the submersible Titan?
If the implosion was so violent, why is the submersible's wreckage scattered rather than compressed?
Approximately how long did the entire implosion process take?
How much pressure did the submersible withstand and how can you visualize that pressure?
What happens when high pressure water enters the submersible after hull failure?
How is the air inside the submersible compressed during the implosion?
What happens after the compression of the air in the submersible?
What causes the most destructive phase of the implosion?
How is the energy of the wave generated by the implosion dissipated?
What are the chances of surviving this event and what is the focus of the KZfaq channel?
The Titan submersible suffered a "catastrophic implosion" as it headed towards the wreckage of the Titanic, at a depth of 4,000m. This was stated by the US Coast Guard after finding remains of the ship about 500 meters from the historic ocean liner. In this video we explain what an implosion consists of and what could have caused the fatal accident.