Apparatus with oily movers and their natural analogues
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The first part of the book sets out the results of studies in the field of waving movers whose analogues are natural objects - aerobiones (birds and insects), as well as hydrobionts (fish, whaling, penguins and swimming beetles).
The principles of action and theoretical foundations of waving movers are considered. A mechanical model of a fast -growing moveder Automatic Suppination has been developed. A kinematic analysis of this mechanism is carried out, which can be used as a drive of fast -humus wings on unmanned aerial vehicles. Based on the experiments conducted, a physical model of tear -off vortex trends arose near wings and fins when they are accelerated at the croptives of the attacks were created. Calculation schemes have been developed, as well as methods for conducting traction calculations and the power of fast -humorous motors of natural analogues and aircraft.
Computer modeling made it possible to conduct a study of vector fields of accelerations and speeds of currents in the border layer of fast -growing wings of insects and an entomopter.
Acting mechanical models of devices with waving movers have been developed. The technical forms of unmanned aircraft and underwater devices, as well as ships with wave propulsion are represented.
In the second part, biologists presented available information about the evolution, morphology and anatomy of aero- and hydrobionts: insects, birds, fish and cetaceans. Acquaintance with the structure and work of the organs of movement in a continuous environment (wings, fins, etc) allows you to closer to understand the laws of waving movements and enriches the work of the designer with new solutions.
For scientists, designers, engineers, inventors in the development of aircraft and underwater apparatuses with oily engines
The principles of action and theoretical foundations of waving movers are considered. A mechanical model of a fast -growing moveder Automatic Suppination has been developed. A kinematic analysis of this mechanism is carried out, which can be used as a drive of fast -humus wings on unmanned aerial vehicles. Based on the experiments conducted, a physical model of tear -off vortex trends arose near wings and fins when they are accelerated at the croptives of the attacks were created. Calculation schemes have been developed, as well as methods for conducting traction calculations and the power of fast -humorous motors of natural analogues and aircraft.
Computer modeling made it possible to conduct a study of vector fields of accelerations and speeds of currents in the border layer of fast -growing wings of insects and an entomopter.
Acting mechanical models of devices with waving movers have been developed. The technical forms of unmanned aircraft and underwater devices, as well as ships with wave propulsion are represented.
In the second part, biologists presented available information about the evolution, morphology and anatomy of aero- and hydrobionts: insects, birds, fish and cetaceans. Acquaintance with the structure and work of the organs of movement in a continuous environment (wings, fins, etc) allows you to closer to understand the laws of waving movements and enriches the work of the designer with new solutions.
For scientists, designers, engineers, inventors in the development of aircraft and underwater apparatuses with oily engines
Author:
Author:Galanin Igor Fedorovich, Brodsky Andrey Konstantinovich, Akhmedov Temir Khusainovich
Cover:
Cover:Hard
Category:
- Category:Engineering & Transportation
- Category:Reference books
Publication language:
Publication Language:Russian
ISBN:
ISBN:978-5-9729-0244-6
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