• home page
  • archives
  • about
  • RSS







  • Admin

    • Log in
    • WordPress
    • XHTML
  • Categories

    • African American
    • Biomimetics
    • Broadening Participation
    • Community Service Learning
    • Computing
      • Computer Science
      • Information Systems
      • Information Technology
    • Engineering
      • Aerospace Engineering
      • Architectural Engineering
      • BioEngineering and Biomedical Engineering
      • Biological Systems and Agricultural Engineering
      • Ceramic Engineering
      • Chemical, Biochemical, Biomolecular Engineering
      • Civil Engineering
      • Computer Engineering
      • Construction Engineering
      • Electrical Engineering
      • Engineering Ethics
      • Engineering Management
      • Engineering Mechanics
      • Environmental Engineering
      • General Engineering, Engineering Science
      • Geological Engineering
      • Industrial Engineering
      • Manufacturing Engineering
      • Materials Engineering
      • Mechanical Engineering
      • Mineral and Mining Engineering
      • Naval Architecture and Marine Engineering
      • Nuclear Engineering
      • Ocean Engineering
      • Petroleum Engineering
      • Software Engineering
      • Surveying and Geomatics Engineerings
    • Engineering Design
    • Gender Equity
    • Industrial Design
    • K-12 Education
    • Life Sciences
    • Materials Engineering
    • Mathematical Sciences
    • MEMS/NEMS
    • Nanotechnology
    • Physical Sciences
      • Astronomy
      • Chemistry
      • Earth Sciences
      • Physics
    • Uncategorized
  • Archives

    • May 2013
    • April 2013
    • March 2013
    • February 2013
    • January 2013
    • December 2012
    • November 2012
    • October 2012
    • September 2012
    • August 2012
    • July 2012
    • June 2012
    • May 2012
    • April 2012
    • March 2012
    • February 2012
    • January 2012
    • December 2011
    • November 2011
    • October 2011
    • September 2011
    • August 2011
    • July 2011
    • June 2011
    • May 2011
    • April 2011
    • March 2011
    • February 2011
    • January 2011
    • December 2010
    • November 2010
    • October 2010
    • September 2010
    • August 2010
    • July 2010
    • June 2010
    • May 2010
    • April 2010
    • March 2010
    • February 2010
    • January 2010
    • December 2009
    • November 2009
    • October 2009
    • September 2009
    • August 2009
    • July 2009
    • June 2009
    • May 2009
    • April 2009
    • March 2009
    • February 2009
    • January 2009
    • December 2008
    • November 2008
    • October 2008
    • September 2008
    • August 2008
    • July 2008
    • June 2008
    • May 2008
    • April 2008
    • March 2008
    • February 2008
    • January 2008
    • December 2007
    • November 2007
    • October 2007
    • February 2007
    • January 2007
    • February 1897
    • 0
← Engineering Education “Today in History” Blog: Stainless steel is first cast Engineering Education “Today in History” Blog: First voyage of Fulton’s steamboat →

Today in History for August 15: The Panama Canal and Ship Engineering

by Ronald YeunggravatarcloseAuthor: Ronald Yeung Name: Ronald Yeung
Email: rwyeung@berkeley.edu
Site: http://www.me.berkeley.edu/faculty/yeung/
About: Hydromechanics, naval architecture, ship hydrodynamics, mathematical modeling, numerical fluid mechanics, offshore mechanics, ocean processes, separated flows, wave-vorticity interaction, vortex-induced vibrations, wave energy, two-layer fluid flow, hydroelasticity, multi-hull optimization, moonpool resonance.See Authors Posts (9)
· August 15th, 2010 · Add a Comment

Aerial photo of the Panama Canal Photo of locke on the Panama Canal Photo of shipping container in the Panama Canal

Today in History – August 15, 1914 – First ship through the Panama Canal. Ever since Europeans discovered the new world, sailors dreamed of linking the Atlantic and Pacific Oceans across the Isthmus of Panama, a narrow neck of land connecting North and South America in what is now the country of Panama. The construction of the Panama Canal meant that ships no longer needed to take the long and arduous route around the tip of South America and could shorten that voyage by weeks and thousands of miles.

The United States built the original canal at a cost of about $380 million, employing thousands of laborers over 10 years. Using steam shovels and dredges they cut through jungles, hills and swamps, removed 211 million cubic yards of earth and rock and workers suffered from malaria and yellow fever.

The United States controlled the Panama Canal Zone from 1903-1999. Now owned by Panama, the Canal operates as an international enterprise in character. For example, the Panama Canal is the one place in the world where a Captain must surrender command of his or her ship to go through the canal.

The Panama Canal is an amazing feat of engineering and is sometimes called the Eighth Wonder of the World. The canal operates as a ship elevator using three sets of water-filled chambers (locks) to raise and lower ships from one level to another. The ships must move between sea level (the Pacific or the Atlantic) to the level of Gatun Lake in Panama (26 meters above sea level) and then sail the channel through the Continental Divide. Per command of the canal authority, ships move through the locks slowly. Since the clearance between the ship and lock walls are very small, ships are tethered-pulled and controlled by locomotives on the port (below left) and starboard (below right) sides of the ship in a highly synchronized manner (below center, video clip).

Photo of the Panama Canal on port side Movie of train along the Panama Canal Photo of ship in the Panama Canal - starboard side

For nearly a century, the Panama Canal has accommodated a wide range of ship types and sizes and is reported to handle nearly 5% of global trade. In the same period, ship design and design-objectives have also gone through major evolution: thousands of deadweight tons (DWT) vessels have grown to hundreds of thousands of DWT giants. In recent times, ships have been designed with a beam (width) restriction of “Panamax” (that is, it cannot exceed the maximum width of the canal locks). Now larger container ships cannot pass through and in July 2006 Panama voted to widen its Canal. This large-scale expansion project will have many challenges and will definitely be a feat of Extreme Engineering.

For more information, see the Engineering Pathway’s educational resources on the Panama Canal and extreme engineering. For related curricula, visit the Naval Architecture & Marine Engineering Education, Ocean Engineering Education, Civil Engineering Education and Construction Engineering Education disciplinary communities.

Tags: General Engineering, Engineering Science · Naval Architecture and Marine Engineering · Ocean Engineering

0 responses so far ↓

  • There are no comments yet...Kick things off by filling out the form below.

You must log in to post a comment.

  • Search It!

  • Recent Posts

    • Engineering Education “Today in History” Blog: Founding of the National Center for Women in Information Technology
    • Engineering Education “Today in History” Blog: Groundbreaking of the CERN laboratory
    • Engineering Education “Today in History” Blog: Maiman builds the first ruby laser
    • Engineering Education “Today in History” Blog: Velcro® Trademark is Registered
    • Engineering Education “Today in History” Blog: Kasparov loses chess tournament to IBM’s Deep Blue computer
  • Engineering Pathway

    • Broadening Participation
    • Browse Resources
    • Disciplinary Communities
    • Engineering Education News
    • Site Home
    • Higher Education Resources
    • K-12 Resources
    • Premier Award
    • Search Resources
    • Top 100 Downloads
    • Top 100 Most Commented
    • Twitter RSS
    • Aerospace Engineering
    • African American
    • Architectural Engineering
    • Astronomy
    • BioEngineering and Biomedical Engineering
    • Biological Systems and Agricultural Engineering
    • Biomimetics
    • Broadening Participation
    • Ceramic Engineering
    • Chemical, Biochemical, Biomolecular Engineering
    • Chemistry
    • Civil Engineering
    • Community Service Learning
    • Computer Engineering
    • Computer Science
    • Computing
    • Construction Engineering
    • Earth Sciences
    • Electrical Engineering
    • Engineering
    • Engineering Design
    • Engineering Ethics
    • Engineering Management
    • Engineering Mechanics
    • Environmental Engineering
    • Gender Equity
    • General Engineering, Engineering Science
    • Geological Engineering
    • Industrial Design
    • Industrial Engineering
    • Information Systems
    • Information Technology
    • K-12 Education
    • Life Sciences
    • Manufacturing Engineering
    • Materials Engineering
    • Materials Engineering
    • Mathematical Sciences
    • Mechanical Engineering
    • MEMS/NEMS
    • Mineral and Mining Engineering
    • Nanotechnology
    • Naval Architecture and Marine Engineering
    • Nuclear Engineering
    • Ocean Engineering
    • Petroleum Engineering
    • Physical Sciences
    • Physics
    • Software Engineering
    • Surveying and Geomatics Engineerings
  • Tags

    Add new tag Diesel engines

© 2006–2007 "Today in History" Engineering Education Blog of the Engineering Pathway — Sitemap — Modified Cutline by Chris Pearson