re: Tensile strength. Despite the high tensile strength of the tissue involved (8000 Newtons for a leg bone, 14000 Newtons/sq. cm for connective tissue), the weak point is not surprisingly the human joint. A force of only 500 Newtons can begin to separate the knee. So, if you want to use Hiyruu as, say a rope, do not load your HiyruuHemp rope with more than 50kg of dead weight.
Nocturne Do you have to ask? The compression waves of the Pink Floyd classic will constructively interfere with the golden ratio harmonics of Hiyruu. His density and inertia will increase as he is propelled at the speed of light in your direction, attracted by your own characteristic resonance frequency. Once adjacent, the two of you will embrace and kiss passionately.
[sup]OK folks, I’m all for hearing about your own Hiyruu physics experiments or answering your questions on the topic, but let us not ‘gravitate’ towards overt violence, lest our Phi karma quotient experience an angle of declination.[/sup]
If we covered Hiyruu in steel laminations, ran a metal shaft through him lengthwise, and applied a rotating magnetic field, how fast could we get him to spin?
Headshock: Re: Hiyruu Motor
So you weld two plates to Hiyruu to act as a cummutator, insert a rod to act as an axel, and construct a brush switched electric motor. Assuming impeccable engineering and a powerful DC source, it is going be the cummutator’s ability to facilitate a split second ‘discharge’ of the winding prior to the polarity swap that limits your RPMs [calculated from amps, torque, and volts below]. Experimentation puts this limit at close to 20K RPM for contact brushes.
But how would you wind a Hiyruu-based motor? Wave? Lap? Would he be single-phase or poly-phase? I’m leaning towards Squirrel-cage AC-induction, myself. He’s plenty nutty enough and he induces plenty of torque, from what I’ve observed.
{b]Bosda**, you just got snort from me. That’s funny!
Actually, I was thinking more along the lines of a 3-phase induction motor for its relatively low cost and maintenance. The laminates would allow us to use Hiyruu as a squirrel-cage rotor. Now that you mention it, though, a shunt-wound DC motor would be best. Once he’s got a good head of steam built up, we can just turn the field current to zero and watch him accelerate until he blows apart.
I think we are forgetting that a Hiyruu motor would, in all likelihood, be a free energy motor. Perhaps something along the lines spinning up an electrical generator from the axel rod which headshock saw fit to insert in his arse. By coiling our wire in a scalar phi helix, obviously we avoid and 2[sup]nd[/sup] Law conundrums and can reclaim the electricity to run our Hiyruu motor perpetually.
Hey, let us not forget that Hiyruu’s revolutionary ideas can fundamentally transmogrify the computer industry into an entirely new paradigm. You see, research is being done on ways to manipulate light more directly than our current fiber optic technology allows, which will eventually lead to true optical computers. Now, when we take the gemiatric phi progression of the dodecahedron degrees, and differentiate with respect to the mean of the normalized grid seconds traversed by the pyramids, factor in the accumulated transsubstantion of the nautical armada flotilla ballista, and finally take the Riemann sum of an infinite series of monkeys with grenades, you will see that this evolutionary new computer will be able to process data before it is even entered! Just think, you could be looking at Swedish Gangbang Gorilla Bikini Goat Teens before the thought even entered your brain, all thanks to Hiyruu. Computing power will then double every 1.618 parsecs, which is of course the Golden Ratio. Moore’s Law will be superceded by Hiyruu’s Law.
