Design Wanted For Antarctic Base
colonist writes "According to the BBC, The British Antarctic Survey (BAS) and the Royal Institute of British Architects (RIBA) have begun a major international competition to design a new scientific research station at Antarctica. The old station, Halley Research Station, was built in 1992 and its ice shelf will break off by 2010." According to the article: "The first four bases were built on the surface and gradually got covered with snow and ultimately got so deep they became crushed by the weight of ice and had to be replaced", though the "current base on stilts" fared better until the ice shelf problems.
That way, you would not have to transport any building materials except maybe shovels and saws.
... a bunch of AT-AT's storming the rebel base on Hoth?
...I read the BBC article (unusual for here...), but it didn't seem to say whether or not the designers of the 1992 base knew the shelf would eventually break off...will this new base be designed to be easily expendable?
As long as the current base is operative, could the thing just be towed a few miles or however far the thing has to go? Of course it might actually be worthwile to ditch the old one & start new, but why give up on a perfectly good building?
They could build a base to resist the weight of accumulated snow and ice, and just expand the passageways as the base further gets buried... until they have to move to another ice-shelf.
1) Put in the water, on pylons. Concrete ice-breaker pylons like they use on bridges.
or maybe..
2) Don't fight the mounting ice. Use a modular, extendable lift system, and build down into the ice. Much like the ice caves they build into glaciers, but with structural reinforcement and climate control + serious bilge pumps. Your computers will love it down there.
How about a research station with a heated roof to melt the snow and such? I would have thougth that was obvious.
What is your penile percentile?
With out knowing the physical limitations or the like from the average submarine, why not use something of this style. The deepest diving subs can tolerate pressures on the hull far that of the average structure on land. Could something of this general style sustain the pressures exerted by a large amount of snow piled on top of it? Plus it would have the added benefit of being able to handle the under water conditions after the next ledge breaks off sending the base into the cold seas.
Don't laugh too hard. The weather down there can play hell with aircraft, and safety is a huge concern while flying. Granted, the odds of hitting the building versus the vast expanses of uninhabited ice or water are slim, but I wouldn't want to be out of house and home when it's minus sixty below!
that's so obvious i'm positive there are reasons why that isn't feasible although it seems no physicists or meteorologists have weighed in yet. as possibilities i'll advance:
1) you can't melt the stuff fast enough for it to flow off.
2) even if you could, you need to shunt it someplace, in heated pipes or other methods, to deposit the mess someplace where it won't accumulate and create the situation you're trying to avoid.
3) daunting power requirements to heat the exterior of any structure of adequate size.
my guess is that it's impossible to heat the exterior sufficiently to cope w/ the overnight lows they routinely experience there.
ed
For more reading about living and working in Antartica, see Big Dead Place
I don't think you're far off. I'm thinking modular base. each unit being moveable / liftable to 1) stay on top of accumulated snowfall and 2) move away from the calving edge of the ice shelf.
Seems to me if the Continental Drift theory is correct, there SHOULD be large oil fields in Antartica; as it was once an equatorial continent.
SJW: a person who perceives an injustice, and while correcting it, commits a greater injustice.
As the snow built up around the base, you would simply drive the vehicle/base forward up and over the new snow/ice. Of course, there is the problem of the extreme cold and what it does to machinery of any kind, and how much weight could be handled under each tread (there would have to be enough space covered by the treads to distribute the weight enough to allow the treads to safely move the base.)
But, a mobile base would allow for some interesting investments to be made in the research capabilities. It would also allow the base to eventually move further inland with much less effort/risk as compared to building a new base closer to the pole (since you would have your habitat right there with you ;-). IANAA(I am not an architect), but I can still dream.
InnerWeb
Freud might say that Intelligent Design is religion's ID.