Recent content by artriant

@DrStupid I only mentioned circlular orbits, so distances relative to Earth and Moon remain constant, @PeroK Yes i confirm that i originally imagined the Earth and the Moon in inertial (rotating reference frame) , with our "camera" looking from the top like that (circles represent the...

@PeroK & @davenn I dissagree, I think that @Keith_McClary is the first guy that suspects I am describing the problem from rotating frame, so introducing centrifugal force was smart. Its not a bad answer its a different POV. You can all blame me for not defining a frame. @Charles Link thank...

Thank you Keith 🙏 , that makes perfect sense! I completely ignored centrifugal, maybe I was too focused on the Moon it self. From what i understand, Earths pull completely canceling out at lunar orbit distance, due to the motion of the Moon. A man orbiting at the center of the Moon (instead of...

Sorry but i don't get your point, Let me be more specific: I think i used this exact equation (or sort of) : G, M, and m are constants (M=Earths mass, m = mass of astronaut and G is constant by definition) So i assume Earths gravity can be calculated based on distance alone and here is how: 1...

Hello everyone, happy holidays! Y/day i googled that question (see title), and i found no clear answer, and I was really suprised, So I had to investigate my self, this is a super basic question, Let me know if i got this right: Earth R: 6,371 km Moon R: 1,737.1 km d1: 384,400 km (center to...

Just a note, it looks like an offset simmilar to the example, is a constant for a specific size of space centrifuge (radius), so regardless of artificial gravity amount ( regardless how fast we spin different ω and V), we get same offset for specific r and h. Unless of course the structure is...

Im not really sure for the terms that ill use, but I think you can surelly call this Artificial Gravity and you can add maybe if you want "generated via spinning" to define what type of artificial, or you can use "with centrifugation in space". We talking about a substitute of gravity not real...

The space station is spinning with a linear tangetial speed Uc =20.13715 m/s at the circumference which is enough to produce Artifial Gravity 0.1654g (moon) for that radius 250m. Maybe i had to use the symbol V instead i just capitalized the lowercase symbol looks like a u sorry for that.

When a mass is in a circular motion and suddenly gets released by its centripetal force, it will continue traveling in a straight path (tangent to the circle and perpendicular to the radius in the moment of release) if no other forces acting. So let’s make a case: We have a space centrifuge...

:woot:I still try to figure out what awesome answer you just posted right there sir! Thanks A LOT, you saved me, big time! Since my construct is almost always in uniform circular motion, is good to know that the shape of circle will be preserved! I was in the middle of a painful process to...

Hello Everyone i did a simulation and want to show you an interesting visual, for discuss. One "weird" aspect of the Artificial Gravity is that: it increases linear with the radius. I call this "Weird Gravity" (WG). It sound not a big problem in the start. Bellow is a snapshot from a simulation...

Hello boneh3ad. What troubles me is the cause of Coriolis, the gradient also but not so much. Let me give you an example. In the image bellow we assume that we have our centrifugal full of a liquid let's say water. The water is completely stable at start. Stable requires particles to move...

How fluids would act around the circumference of a space centrifugal, where the habitable zones are. Given that we have a radial gradient of Artificial Gravity , plus Coriolis, inertia, frictions etc. Id expect some change. Will add a list of questions but this more like an open discussion...

That must be it! It sounds really advanced. I did some research on the web, but i can only find real bridge mechanics. Catenary maths alone melted my brain I believe that the nature of Artificial Gravity will result to much different formulas. Anybody happen to know a similar research...

That is an interesting idea, could be useful, thank you. -- By the way guys just to let you know ill stick with that design and try to support since I am already writing lot of pages + i see some clear advantages that I am happy with, but all conversations / ideas are welcomed. I would like to...