This will
turn out to be insufficient for the great pyramid but ample for the rest
possibly. Most important it confirms the
critical fact that each layer was built up from the carefully dressed exterior casing
stone inward. That aggregate fill was
also used to build up the core itself it useful to know and shows us how to
build smaller pyramids reachable with ramps.
I simply do
not think that this remains feasible beyond a certain height, yet even then it
serves to build out the mass of the pyramid itself leaving a much more modest
task for the top third or less. At the
same time it also becomes possible to even work the mass of the cut rock inward
provided settling of the aggregate was complete to possibly create an informal
dome geometry over the core.
That still
leaves the far larger problem of the Great pyramid itself. I suspect that will still turn out to be wholly
constructed of cut stone. The actual
building system would be the same used to finish off these other pyramids as
well and as a described in my unpublished manuscript ‘ Paradigms Shift’ this entailed clever use of hydraulic locking
technology in order to move enough rock on time and on budget.
All good.
New
theory turns pyramid building on its head
A Newport engineer says his discovery about how the
Egyptian pyramids were built threatens to shake up the world of archaeology.
Peter James revealed to Sarah Dickins how he thinks the accepted theories about
pyramid building are wrong.
Cast your mind back to pictures in school books about the building of the ancient pyramids and you probably remember images of hundreds of workers in loincloths heaving massive stones up ramps.
Peter James and his team have been restoring the Egyptian pyramids for 18 years, with his company Cintec working deep inside the iconic structures.
He began to question how they were really built up to 4,000 years ago. He says the traditional view, that hundreds of workers manoeuvred two million stone blocks, laying one every three minutes, is impossible.
'Too steep to move'
He says the pyramids are so tall that the ramps would have needed to be at least a quarter of a mile long or they would be too steep to move the blocks along. He adds that had that happened, there would still be signs that the ramps had been there.
Instead, Mr James says, from what he has seen working deep inside the pyramids, he believes they were built from the inside out, with large stones on the outside and small material inside - a bit like a modern builder would construct a stone wall.
Mr James is managing director of Cintec International based in Newport. He employs 50 people and works across the world but has particularly been involved strengthening and restoring ancient monuments in Iran, Iraq and the Sahara, as well as Wales and England, where he's strengthened walls in Buckingham Palace and Windsor Castle.
One technique he's invented - and patented - is to drill into the ancient structures and take out a core of stone, almost like an apple core, and then use something he's developed a bit like a syringe to squeeze in thin concrete so no air is trapped.
Inside the Step pyramid in Egypt, they discovered that a massive tonnage of small stones was being held up by only the trunk of a palm tree thousands of years old. Traditional tubular props could damage a pyramid wall so, together, the Cintec team invented a new way of supporting the pyramid from inside.
They designed large airbags, one and a half metres high and a metre in diameter which they used, 11 at a time, inflated on site inside the pyramids. They are made in Cintec's factory in Cwmbran, strong plastic welded together with a very particular design of webbing inside so that the structure remains stable. They are fully inflated within the pyramid and in effect form a cushion.
Peter James says: "It was described to me that we were kissing the stones and stopping many tonnes of stones from falling on our heads."
His company is still working in Egypt and on many other historic sites around the world. He is now preparing to tell Egyptian archaeologists about his discovery and how he is challenging thinking accepted over generations about the way the pyramids were built.
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