Scientists from Kant Federal College and Nizhny Novgorod Lobachevsky College studied the actions of aquatic organisms and recognized the principle levels of growth of floating robots.
This was reported by the press service of the college. An article on this topic was revealed within the journal Physics of Life Opinions.
In accordance with the press service, the research of the mechanism utilized by fish, salamanders and turtles to maneuver in water allowed scientists to formulate the principle levels of the method of growing biomorphic robots.
Because the article explains, scientists have studied the fundamental mechanisms that fish, salamanders, and turtles use to maneuver by water, in addition to probably the most environment friendly methods to make use of these mechanisms by biorobotics.
The college confirmed: “We have now lastly formulated the principle levels of the event strategy of the brand new technology of bioformed floating robots. »
The article factors out that for the reason that Nineties, researchers have developed a wide range of mechanisms that robots can use to simulate the actions of aquatic organisms, however these fashions weren’t adequate to cowl the total vary of actions recorded in nature .
The article said: “Based mostly on trendy computing applied sciences, synthetic intelligence, huge knowledge processing, sensible supplies and electronics, floating robots are able to not solely simulating easy actions, but additionally demonstrating conduct adaptive engine and make choices. That is necessary within the up to date context of growth of non-technical applied sciences. “reside”.
Expertise: Improvement of “alien craft”
The Russian firm Aerosmena plans to launch an enormous airship within the form of a flying saucer.
It is going to be in a position to carry as much as 600 tonnes of payload and can present an affordable various to air transport. The balloon will have the ability to function with out infrastructure as a result of it would fly over services situated in difficult-to-access areas and will probably be geared up with particular tools for loading and unloading.
Manufacturing of airships is anticipated to start in 2024, and it was said on the corporate’s web site that the notable decline in plane manufacturing capabilities in Russia, coupled with the rising wants of the economic system to develop the transportation system air, increase the query of the event of latest transport. very pressing applied sciences.
Aerosmina believes that “air transportation could be improved by the event of transportation techniques that not solely enhance the effectivity of the air transportation system, but additionally grow to be an engine of financial progress in Russian areas.”
It ought to be famous that the form of the airship construction resembles a flying saucer. This form gives the best maneuverability and permits for vertical takeoffs and landings, in contrast to different plane which have a standard bird-like form.
Furthermore, this design, along with its visible attraction, will permit transporting items to mountainous areas and rugged terrain inaccessible by standard technique of transport.
In accordance with the director of Aerosmina, Sergei Bendin, the design of the “flying saucer” makes it simpler to maneuver and land in crosswinds, whereas conventional airships within the form of a “cigarette” face nice difficulties on this regard. As well as, this environment friendly kind makes it doable to hold out transport in areas which can be tough to entry by standard plane.
Aerosmina plans to hold out the mandatory assessments to construct a balloon with a lifting capability of as much as 60 tons. After that, we’ll transfer on to 200 and 600 ton balloons able to working at distances of as much as 8,000 kilometers and speeds of as much as 250 kilometers per hour.
In accordance with the Russian firm, the airship design consists of two fuel chambers to offer propulsion and elevate. As for the 600-ton balloon mannequin, it would use 620,000 cubic meters of helium, with nearly all of its giant cavity crammed with air heated to 200 levels Celsius above zero by the exhaust gases of eight engines. helicopter liable for lifting the payload. .