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1 year ago Follow Me on: Instagram. Hey guys, in this video I am going to show you some solid evidence of ancient machining technology at Hoysaleswara temple. There is something very strange about these pillars. If you look closely, you can see these minute circular marks all around the pillar. These are created as a result of machining the pillar on a lathe, this process is called turning. There is no way to achieve this with chisels and hammers manually.

If you look at these pillars, it is crystal clear that they were made with machines. In fact, archeologists agree that these pillars were created in a lathe, but offer no convincing explanation as to how these huge pillars were machined, 900 years ago. Nowadays, we are able to create these fascinating grooves and designs on a lathe, but machining a 12 foot tall stone pillar would be a very difficult job, even today. So, how were these pillars created with amazing perfection in ancient times?

Did ancient builders use machines and advanced tools, just like what we use today? If this is true, is it possible that they also carved these machines or tools in this temple? Here you can see a very strange device in the hands of a god called Masana Bhairava. This clearly represents a type of gear mechanism called planetary gears. The outer Gear has 32 teeth and the inner gear has exactly half the number or 16 teeth, which is precisely how we use reduction gears today. If this were just an imaginary tool, how could the ancient sculptors come up with this gear ratio of 2:1? Even more interesting, we can also see a fastener that goes around this mechanism and is locked in at the center.

Today, we use the exact same technology, we use something called a circlip lock or a snap ring to keep these things in place. If historians are right, how could primitive people, working with chisels and hammers imagine such a mechanism? Is it possible that advanced machining technology was used 900 years ago? Is this why, we see such perfect pillars? What's more interesting is that this god is called MasanaBhairava which means God of measurement. Is it a coincidence that the God of measurement is holding an advanced tool? Read the rest of the story here: #India #AncientAliens #Search4Truth.

1 year ago I built a natural draft furnace to test ideas about how hot a furnace could get without the use of bellows. Natural draft is the flow of air through a furnace due to rising hot air. The hot gasses in the fuel bed are more buoyant than the cold air outside the furnace causing them to rise. Fresh combustion air then enters the base of the furnace to replace the rising combustion gasses, keeping the fuel bed burning. This effect increases with: 1. The average temperature of the fuel bed relative to the outside air and 2. The height of the furnace.

Two other important factors are the size of the tuyere (air entry pipe) and lump size of the fuel bed as these effect the resistance to airflow through the furnace. The furnace was tested with wood fuel and some ore was melted but produced no iron. High temperature were indeed produced (probably about 1200 c). These types of furnaces were once used for smelting copper and iron ores in around the world in ancient times, usually using charcoal as a fuel and in some cases wood too. Baixar cd lulu santos acustico mtv 2000 music awards 2017. I designed the furnace using a formula from the book “The mastery and uses of fire in antiquity” by J.E.

It was designed to have a space velocity (air speed within the furnace) of 6 m per minute which is recommended for iron smelting. The furnace was 175 cm in total height but with a height of only 150 cm above the tuyere. The height between the air entry and the top of the furnace is what determines the strength of the draft, the space beneath the air entry is not included in the formula. The internal furnace diameter was 25 cm. The walls were about 12.5 cm thick at the base but got thinner with height. The tuyere (air entry pipe) was 7.5 cm internal diameter and about 20 cm long. The tuyere was placed into an opening in the base of the furnace and sealed with mud.

The whole thing took about a week to make due to the slow drying time that was assisted by keeping a fire burning in side it. The furnace was designed to use charcoal (which in this case should be 2.5 cm diameter lumps) but I used wood to test it instead as it was easier to acquire. To test its melting ability, bog ore was found further down the creek and roasted.