Practical Engineering | What Really Happened at the Suez Canal? @PracticalEngineeringChannel | Uploaded April 2021 | Updated October 2024, 5 days ago.
Exploring the engineering principles behind the recent obstruction of the Suez Canal, which caused a weeklong disruption in global shipping traffic. I give a brief overview of the bank effect and dilatancy of coarse-grained soils. Hopefully, the video helps you understand a few of the engineering challenges associated with navigating massive ships through tiny canals and what can happen when they run aground!
Errata:
- I incorrectly described the landform as the "Suez Peninsula." It is the "Suez Isthmus."
Watch this video and the entire Practical Engineering catalog ad-free on Nebula: go.nebula.tv/practical-engineering
Practical Engineering is a YouTube channel about infrastructure and the human-made world around us. Hosted, written, and produced by Grady Hillhouse. We have new videos posted regularly, so please subscribe for updates. If you enjoyed the video, hit that ‘like’ button, give us a comment, or watch another of our videos!
CONNECT WITH ME
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Website: http://practical.engineering
Twitter: twitter.com/HillhouseGrady
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SPONSORSHIP INQUIRIES
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Please email my agent at practicalengineering@standard.tv
DISCLAIMER
____________________________________
This is not engineering advice. Everything here is for informational and entertainment purposes only. Contact an engineer licensed to practice in your area if you need professional advice or services. All non-licensed clips used for fair use commentary, criticism, and educational purposes.
SPECIAL THANKS
____________________________________
Stock video and imagery provided by Getty Images, Shutterstock, Pond5, and Videoblocks.
Satellite images copyright Maxar Technologies and CNES (Airbus)
Tonic and Energy by Elexive is licensed under a Creative Commons Attribution License
Source: youtube.com/watch?v=U6fBPdu8w9U
Producer/Host: Grady Hillhouse
Assistant Producer: Wesley Crump
Exploring the engineering principles behind the recent obstruction of the Suez Canal, which caused a weeklong disruption in global shipping traffic. I give a brief overview of the bank effect and dilatancy of coarse-grained soils. Hopefully, the video helps you understand a few of the engineering challenges associated with navigating massive ships through tiny canals and what can happen when they run aground!
Errata:
- I incorrectly described the landform as the "Suez Peninsula." It is the "Suez Isthmus."
Watch this video and the entire Practical Engineering catalog ad-free on Nebula: go.nebula.tv/practical-engineering
Practical Engineering is a YouTube channel about infrastructure and the human-made world around us. Hosted, written, and produced by Grady Hillhouse. We have new videos posted regularly, so please subscribe for updates. If you enjoyed the video, hit that ‘like’ button, give us a comment, or watch another of our videos!
CONNECT WITH ME
____________________________________
Website: http://practical.engineering
Twitter: twitter.com/HillhouseGrady
Instagram: instagram.com/practicalengineering
Reddit: reddit.com/r/PracticalEngineering
Facebook: facebook.com/PracticalEngineerGrady
Patreon: patreon.com/PracticalEngineering
SPONSORSHIP INQUIRIES
____________________________________
Please email my agent at practicalengineering@standard.tv
DISCLAIMER
____________________________________
This is not engineering advice. Everything here is for informational and entertainment purposes only. Contact an engineer licensed to practice in your area if you need professional advice or services. All non-licensed clips used for fair use commentary, criticism, and educational purposes.
SPECIAL THANKS
____________________________________
Stock video and imagery provided by Getty Images, Shutterstock, Pond5, and Videoblocks.
Satellite images copyright Maxar Technologies and CNES (Airbus)
Tonic and Energy by Elexive is licensed under a Creative Commons Attribution License
Source: youtube.com/watch?v=U6fBPdu8w9U
Producer/Host: Grady Hillhouse
Assistant Producer: Wesley Crump
