Based on my limited physics knowledge, combined with watching Looney Tunes as a kid, it's my understanding, if you time it just right, you can step out at the last second and be perfectly fine.Oh, I'm jumping out mid-air.
Based on my limited physics knowledge, combined with watching Looney Tunes as a kid, it's my understanding, if you time it just right, you can step out at the last second and be perfectly fine.Oh, I'm jumping out mid-air.
Yeah, but to propose, design and build a bridge this massive across a harbor entrance that serves massive ships, and not at least predict the outcome of a MASSIVE cargo ship crashing into one of its support piers could be considered negligent, because, as you say, **** happens. The very, very expensive part will now most definitely be realized in replacement, rerouting cargo, increased traffic etc. and now, fortunately, I imagine no planner or engineer will touch the project unless protection for pylons/piers is included in the project.This is where my mind goes. It is INCREDIBLY difficult, expensive and I would argue unrealistic to remove all potential risk and failure opportunities. Sometimes **** happens.
Gotta grab the trunk 'chute on the way out.Oh, I'm jumping out mid-air.
I mean, if you're not wearing a parachute at all times just in case.....what are you even doing?Gotta grab the trunk 'chute on the way out.
Ever notice that they keep getting funded and always need improvement?
I saw the bridge was built in 1976 so it's probably not as rigid of safety standards back then.Yeah, but to propose, design and build a bridge this massive across a harbor entrance that serves massive ships, and not at least predict the outcome of a MASSIVE cargo ship crashing into one of its support piers could be considered negligent, because, as you say, **** happens. The very, very expensive part will now most definitely be realized in replacement, rerouting cargo, increased traffic etc. and now, fortunately, I imagine no planner or engineer will touch the project unless protection for pylons/piers is included in the project.
Just let 'em through.
Yeah, but to propose, design and build a bridge this massive across a harbor entrance that serves massive ships, and not at least predict the outcome of a MASSIVE cargo ship crashing into one of its support piers could be considered negligent, because, as you say, **** happens. The very, very expensive part will now most definitely be realized in replacement, rerouting cargo, increased traffic etc. and now, fortunately, I imagine no planner or engineer will touch the project unless protection for pylons/piers is included in the project.
I was just in Savannah last month and learned about that on a food tour. Apparently they just replace the cables with shorter ones to do this. I'm assuming Charleston's bridge could have this done too, it looked to be more or less identical.The GDOT awarded a contract to raise the center span by 20 feet in January. Work is slated to begin next year and supposedly traffic will be able to continue over the bridge throughout the process. I'm super interested in watching the process play out.
As an aside, I'm fascinated by Savannah's unyielding desire to become the largest port on the Eastern seaboard.
Well, think we will learn through investigation of the accident what was planned for in the original specifications for the Bridge. Lloyds of London probably will be sending an investigative team! As will the NTSB, state authorities etc.It was completed 40+ yrs ago. I'm guessing it was considered adequately structured at the time. Hauling freight has upscaled tremendously in the last 40 yrs, freighters, trains, even semis in some states. There was just a lot of momentum going there when it went wrong. I'm glad the ship warned the authorities or it may have been worse.
Wonder if the shipping company will survive, it's a heck of a liability claim coming it's way.
It was completed 40+ yrs ago. I'm guessing it was considered adequately structured at the time. Hauling freight has upscaled tremendously in the last 40 yrs, freighters, trains, even semis in some states. There was just a lot of momentum going there when it went wrong. I'm glad the ship warned the authorities or it may have been worse.
Wonder if the shipping company will survive, it's a heck of a liability claim coming it's way.
Maritime Law as it relates to the steamship lined is hard to overcome in any court case. Some weird stuff. It has a precedent over any other law.What are terrible tragedy, my heart breaks for all involved. I did read there was a harbor pilot on board with an assistant. I can only imagine the legal battle to come. "Your ship was faulty". "You were piloting and didn't anticipate what would happen with the wind, current, and tide...that's what we pay you for!"
The Francis Scott Key Bridge in Baltimore, MD, has collapsed after apparently being struck by a ship.
It should be noted that construction on this bridge started in 1972, and it was opened in 1977. It was designed for the expected harbor traffic of the time. The standard shipping container that is ubiquitous today, was just gaining widespread use in the late-60s/early-70s, and container ships had only just begun being built. This site details the growth of container ships since the 1950s.Yeah, but to propose, design and build a bridge this massive across a harbor entrance that serves massive ships, and not at least predict the outcome of a MASSIVE cargo ship crashing into one of its support piers could be considered negligent, because, as you say, **** happens. The very, very expensive part will now most definitely be realized in replacement, rerouting cargo, increased traffic etc. and now, fortunately, I imagine no planner or engineer will touch the project unless protection for pylons/piers is included in the project.
It sounds like the piers did have some protection, but not enough to stop a ship of that weight. More to prevent smaller boats from causing damage. Making it robust enough to withstand a collision from a shipping freighter of that size probably isn't practical.
You must construct additional pylonsThis picture is of the bridge south of St. Pete, Florida across the mouth of Tampa Bay...
View attachment 126379
They basically built a layer of pylons up to the water level shielding the actual pylons.
Ship apparently left its pylon, lost power.You must construct additional pylons