reply to post by Hanslune
Hey there, yeah if it did serve as a retaining wall then they could have taken into account stability and safety issues as a serious precaution.
Thanks for bringing this up again. Perhaps that would explain the use of megalithic stone blocks. It does look very stable... and that's a
no-brainer! It could be that they merely wanted to be sure the structure will be structurally sound. Like the way our engineers sometimes tend to
"over-design" our own structures as a safety allowance. At least that sheds some light to a few issues I have with it.
But this now kinda leaves me with a couple more questions: Were they aware of alternative methods to achieve maximum use of mass for buildng retaining
structures without having to go through the "hassle" of incorporating megalithic 870-ton stones? And if they knew of an easier way of achieving
this, did their past culture harbor a tradition and thought process much different from our present time, to the point that they were willing to go
through all that trouble anyway? Because that would somehow explain the issues on practicality and efficiency.
This is all assuming they didn't really have advanced technology. Because available technology would easily explain why they did opt to build that
way as opposed to let's say, religous reasons or traditional beliefs that triggered the "unique" yet seemingly impossible construction.
One example of what I'm trying to say is the Hoover Dam. We already have the technology to build a huge artificial dam, and it was built for a very
good reason. Basically we used steel and concrete which is technology readily available to our builders. The engineers could have specified solid
quarried stone (doesn't even have to be megalithic) at least for the core of the structure, but of course it costs too much and is impractical both
physical and logistics-wise. Technically we could, but if there was a way to easily quarry and transport solid 870-ton stone blocks all the way to the
construction site, we probably would have?