Difference between revisions of "Students science projects"
From Department of Theoretical and Applied Mechanics
| Line 4: | Line 4: | ||
{{Раздел заглавной страницы | x = 3 | Заголовок = The best projects | Содержание = | {{Раздел заглавной страницы | x = 3 | Заголовок = The best projects | Содержание = | ||
<gallery widths=160px heights=160px perrow=5> | <gallery widths=160px heights=160px perrow=5> | ||
| − | File:Balloon stratospere 2.jpg|[[:ru:Запуск самодельного шар-зонда в стратосферу|A | + | File:Balloon stratospere 2.jpg|[[:ru:Запуск самодельного шар-зонда в стратосферу|A homemade sounding balloon launched into the stratosphere]] |
File:Cptr1.JPG|[[:ru:Проект "Трикоптер"|The "Tricopter" project]] | File:Cptr1.JPG|[[:ru:Проект "Трикоптер"|The "Tricopter" project]] | ||
File:Build 4.jpg|[[:ru:Дзенушко Дайнис: Изучение "Шагающих" механизмов|Walking mechanisms]] | File:Build 4.jpg|[[:ru:Дзенушко Дайнис: Изучение "Шагающих" механизмов|Walking mechanisms]] | ||
| Line 17: | Line 17: | ||
{{Раздел заглавной страницы | x = 0 | Заголовок = Aeromodelling| Содержание = | {{Раздел заглавной страницы | x = 0 | Заголовок = Aeromodelling| Содержание = | ||
[[File:Arboga.jpg|thumb|200px|[[:ru:Метательные планера|Competition in aeromodelling]]]] | [[File:Arboga.jpg|thumb|200px|[[:ru:Метательные планера|Competition in aeromodelling]]]] | ||
| − | * [[:ru:Запуск самодельного шар-зонда в стратосферу|A | + | * [[:ru:Запуск самодельного шар-зонда в стратосферу|A homemade sounding balloon launched into the stratosphere]] |
* [[:ru:Проект "Трикоптер"|The "Tricopter" project]] | * [[:ru:Проект "Трикоптер"|The "Tricopter" project]] | ||
* [[:ru:Разработка (геометрии) пропеллеров для трикоптера|Propellers' geometry development for a tricopter]] | * [[:ru:Разработка (геометрии) пропеллеров для трикоптера|Propellers' geometry development for a tricopter]] | ||
Revision as of 01:19, 28 June 2014
<StatisticYaGoog/>
The best projects
Aeromodelling
- A homemade sounding balloon launched into the stratosphere
- The "Tricopter" project
- Propellers' geometry development for a tricopter
- Flight paths plotting
- Hand-thrown gliders
- The balloonists
- Creating CNC machine for polyfoam cutting
Alternative Transportation Methods
Astrophysics
High-speed video filming
Dynamics of granular media
- Asonov Igor. Molecular dynamics simulation of the mechanical properties of ceramic-polymer composites
- Evgeniy Vitokhin. Modeling of particles destruction released from an air cannon upon the impact, using the method of discrete elements
- Mikhail Semin. Modeling the particle dynamics in a liquid by the methods of discrete elements and smoothed particle hydrodynamics.
- Olga Brazgina. Simulation of finely divided particles interaction under the normal and shear stress
- Chebyshev Igor. The "Sandglass" project
- Alexei Sokolov. Dynamics of non-spherical particles
- Michael Szelwis: "Modeling the plastic behavior of ceramic-polymer-composites"
Living Systems
Mechanical properties of carbon nanostructures
Continuum Mechanics
Suggested research topics
- Simulation of the hydraulic fracturing and the proppant dynamics in the hydraulic fracture by the method of particle dynamics (A.M. Krivtsov, V.A. Kuz'kin)
- Modeling of the coking process in the cooling duct of the liquid rocket engines (A.M. Krivtsov, V.A. Kuz'kin)
- Modeling the diamond films growth in high-speed flow of gas mixtures (A.M. Krivtsov)
- Virtual materials (A.M. Krivtsov)
- Determination of the interatomic bonds' characteristics by the elastic moduli of crystals (A.M. Krivtsov)
- Development of algorithms for inertial navigation system of a tricopter (I.A. Vereninov)
See also
- Presentation "Student's projects" (download ppt: 4022kb in Russian, 4049kb in English)
- Department of Theoretical Mechanics
- Interesting links
