Product plant civil aircraft, helicopters, gliders and aeronautics
A California planebuilder, Glenn L. Martin, established a firm called the Glenn L. Martin Company. These outfits all did plenty of business during World War I. Following that conflict; there was little demand for new aircraft, for there were plenty of war surplus planes and engines.VIDEO ON THE TOPIC: Inside Kazan Helicopters' production plant
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The university laid emphasis on laboratory instruction in applied science and engineering, specific to demands of the aerospace industry. During World War II part of the university was evacuated to Almaty Kazakhstan, the university, staff and students continued to work on research and wartime production throughout the war.
During the Post-War period, the university expanded and assimilated new technologies during the Jet age. Research conducted in the university contributed to heralding the space age.
The university has to its merit more than specialists, chief designers in the Aerospace Industry. There was a task in the USSR — to prepare , engineers and technicians in five years — during the USSR industrialization period, while their number in was 66, On 29 August , the university was renamed as Moscow Aviation Institute.
In the beginning it had 3 departments, Aeronautical, Aircraft engines and Aerodynamics. On its 10th anniversary in , the university had established itself as a premier aeronautical university with 38 departments, 22 laboratories and a Student design office and production facility. The uniqueness of the MAI is that historically it was created to train specialists for almost all departments and teams in the Design Bureaus of the aviation industry.
The students and faculty members were mobilized to work in aircraft workshops and design offices. Many students signed up to join the armed forces during the Battle of Moscow , many continued to work aircraft production facilities and armaments workshops. The university was partly evacuated to Almaty , Kazakhstan under the leadership of Alexander Yakovlev. By , the university was completely relocated back to Moscow.
In the institute was awarded the Order of Lenin. Arkhip Lyulka designed the first Two-stage centrifugal compressor Turbojet in After the war, the university placed special emphasis on developing new technology required for developing jet aircraft and was quick to adapt to new technologies.
Ds on various aspects regarding development of jet aircraft. It was also in the same year Faculty of Radio electronics was established based on department of Radio-location, to assimilate newer technologies in the field of Radio location. In , department of helicopter design was established under the leadership of Prof. Boris Yuryev. On 4 October , the USSR launched the first artificial satellite opening up Space for mankind, graduates from MAI were deeply involved in the space program since its inception under the leadership of Sergey Korolev , the legendary chief designer of head of the Soviet space program and Mikhail Tikhonravov chief designer of satellites Sputnik-3 , Luna-1 , Luna-3 , Luna During the cold war, students, faculty members and graduates of the university were involved in cutting edge research in the fields of Aeronautics, Missile development and armaments research.
Currently, MAI is the only university in Russia, which provides highly qualified personnel for the entire aerospace product life cycle from system design to implementation of the cutting edge technologies in production, testing, utilisation, and aircraft recycling.
The present-day MAI is a unique institute of higher education where thorough theoretical knowledge are combined with various practical skills. More than laboratories, 3 student design offices, 3 specialized resource centers, an experimental-design factory, and an aerodrome are available for the students. In the institute was awarded the Order of the October Revolution.
To date, the development in the field of aeronautics and astronautics is based mostly on the activities of institute professors and alumnus of the university. Moscow Aviation Institute is a large scientific research center.
Significant scientific ideas are developed here; new technological principles are discovered; new devices are invented and constructed. Five fundamental scientific discoveries for dynamic systems have been patented; the opto-electronic device "Photon" designed here is now operating in outer space; innovative power sources based on new principles invented and constructed here are currently used in aircraft and aerospace system units, etc.
The rank of a "National research university" was conferred to the institute by decision of the Russian Government. The history of aircraft creation in the MAI Moscow Aviation Institute began simultaneously with the foundation of the institute in The modern design bureau in the MAI was formed in as a students one. In by the order of Ministry of Aircraft Industry the Design Bureau was transformed into a branch-wise experimental students aircraft construction design bureau of the MAI.
The work was carried out by professional engineers. If necessary the co-workers from among the MAI students and teachers and also from among the workers of the industry were invited. Their technical novelty and utility are confirmed by nine Introduction Certificates and more than twenty Invention Certificates.
It was made on behalf of the "Aviatika" joint-stock company. R-9 to the "Aviatika" joint-stock company with the right to develop light civil aircraft. It was on 17 February The basis for the "Aviatika" aircraft manufacture at the MAPO plant is the License Agreement concluded by this plant with the "Aviatika" joint-stock company on 10 April contract No.
They are:. Zhidovetskiy — Chief Designer N. This plane made the first flight in The design and development of Autogyro MAI was started in The first MAI is undergoing testing.
The new autogyro has caused the big interest of visitors and the press. The same year the design office has started working on a new multi-purpose four-seat twin engine aircraft MAI The total of Moscow Aviation Institute alumni number in the hundreds of thousands.
They work in design offices foreign and domestic , plants, repair shops, scientific research institutes, universities, laboratories, aviation companies, in the center for Astronauts Training and other aircraft and aerospace engineering and technological institutions. Geraschenko, Doctor of Science. He is a MAI graduate. From Wikipedia, the free encyclopedia. This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources.
Unsourced material may be challenged and removed. Top Universities. Retrieved 11 November Retrieved 3 September CDIO Initiative. University of Johannesburg University of Pretoria. Categories : Moscow Aviation Institute Universities in Moscow Education in Moscow Universities and institutes established in the Soviet Union National research universities in Russia Aviation research institutes Aerospace research institutes Technical universities and colleges in Russia Engineering universities and colleges in Russia.
Airbus-built CHEOPS satellite successfully launched on Soyuz
The university laid emphasis on laboratory instruction in applied science and engineering, specific to demands of the aerospace industry. During World War II part of the university was evacuated to Almaty Kazakhstan, the university, staff and students continued to work on research and wartime production throughout the war. During the Post-War period, the university expanded and assimilated new technologies during the Jet age. Research conducted in the university contributed to heralding the space age.
Antonov's particular expertise is in the fields of very large aeroplanes and aeroplanes using unprepared runways. Antonov model prefix "An-" has built a total of approximately 22, aircraft, and thousands of its planes are currently operating in the former Soviet Union and in developing countries. Antonov StC is a state-owned commercial company. Its headquarters and main industrial grounds were originally located in Novosibirsk , and were later transferred to Kiev. In June , Ukraine's major state-owned arms manufacturer Ukroboronprom announced the creation of the Ukrainian Aircraft Corporation within its structure, to combine all aircraft manufacturing enterprises in Ukraine.
Aerospace products, manufacturers, and markets
A irbus is an international reference in the aerospace sector. We design, manufacture and deliver industry-leading commercial aircraft, helicopters, military transports, satellites and launch vehicles, as well as providing data services, navigation, secure communications, urban mobility and other solutions for customers on a global scale. With a forward-looking strategy based on cutting-edge technologies, digital and scientific excellence, we aim for a better-connected, safer and more prosperous world. Zero-emission flight is taking a giant leap forward. Introducing E-Fan X, a hybrid-electric aircraft demonstrator 30 times more powerful than its predecessor. Quiet, please! Sound reduction technology in rotorcraft. The main objective of the CHEOPS mission is to monitor planetary transits by means of ultrahigh precision photometry on known stars that have planets orbiting them. Read less Read more.
The term aerospace is derived from the words aeronautics and spaceflight. The aerospace industry is engaged in the research, development, and manufacture of flight vehicles, including unpowered gliders and sailplanes see gliding , lighter-than-air craft see balloon ; airship , heavier-than-air craft both fixed-wing and rotary-wing; see airplane ; military aircraft , missiles see rocket and missile system , space launch vehicles , and spacecraft manned and unmanned. Also included among its concerns are major flight-vehicle subsystems such as propulsion and avionics aviation electronics and key support systems necessary for the testing, operation, and maintenance of flight vehicles. In addition, the industry is engaged in the fabrication of nonaerospace products and systems that make use of aerospace technology. Technological progress is the basis for competitiveness and advancement in the aerospace industry.
The term aerospace is derived from the words aeronautics and spaceflight. The aerospace industry is engaged in the research, development, and manufacture of flight vehicles, including unpowered gliders and sailplanes see gliding , lighter-than-air craft see balloon ; airship , heavier-than-air craft both fixed-wing and rotary-wing; see airplane ; military aircraft , missiles see rocket and missile system , space launch vehicles , and spacecraft manned and unmanned. Also included among its concerns are major flight-vehicle subsystems such as propulsion and avionics aviation electronics and key support systems necessary for the testing, operation, and maintenance of flight vehicles.
Moscow Aviation Institute
The United Engine Corporation engineers are developing the engine unit. The system generates twice more power than existing Russian counterparts. The system uses the next generation radar with active phased array APAR that contains 1, transceiver modules, which provide greater detection range for the aircraft, multi-target tracking and missile applications.
General aviation covers any civil aircraft operation that is not covered by Chapter 14 of the Code of Federal Regulations Parts or or Part , which applies to foreign air carriers. An extremely wide variety of flying operations, using a broad range of aircraft, are included within general aviation. Most non-commercial aviation, including personal flying and business flying, is governed by the Part 91 regulations of Chapter Some commercial revenue-generating operations, such as flight instruction, the aerial application of agricultural products, paid air tours and some air medical flights and corporate flights are operated under Part According to a report released in May by the Federal Aviation Administration FAA , the top 10 leading causes of fatal general aviation accidents from from most significant to least were:.
His Excellency the Governor General in Council, on the recommendation of the Minister of Transport, pursuant to subsections 4. Return to footnote a R. Return to footnote b S. Return to footnote c S. Return to footnote d S. Return to footnote e S.
Basic facts and figures. Strengths of the Polish aerospace industry. Poland boasts a year history of aviation, and over 80 years of aerospace industry tradition. Strong scientific, academic and engineering environments played a key role in the development of this sector. After the period of transformation in Poland, the expansion of international cooperation and direct foreign investments made the further development of the sector possible.
From: Transport Canada. See also Subpart The Personnel Licensing and Training Standards Respecting Flight Crew Permits, Licences and Ratings outline the basic specifications that apply to the issuance of flight crew permits, licences and ratings and to the holders of flight crew permits, licences and ratings in compliance with Subpart in the Canadian Aviation Regulations.
This theme turns up frequently on exhibit in the Museum. A new hypothesis suggests they are prehistoric take-off and landing sites for kites or hang gliders. It was probably manned and used for military, religious and ceremonial reasons.
У дальней стены дрожали включенные на полную мощность динамики, и даже самые неистовые танцоры не могли подойти к ним ближе чем на десять метров. Беккер заткнул уши и оглядел толпу.
Куда бы ни падал его взгляд, всюду мелькали красно-бело-синие прически. Тела танцующих слились так плотно, что он не мог рассмотреть, во что они одеты.
Вы промыли ей мозги. Вы рассказываете ей только то, что считаете нужным. Знает ли она, что именно вы собираетесь сделать с Цифровой крепостью. - И что. Хейл понимал: то, что он сейчас скажет, либо принесет ему свободу, либо станет его смертным приговором. Он набрал в легкие воздуха.
Эта абракадабра представляла собой зашифрованный текст: за группами букв и цифр прятались слова. Задача дешифровщиков состояла в том, чтобы, изучив его, получить оригинальный, или так называемый открытый, текст. АНБ пригласило Беккера, потому что имелось подозрение, что оригинал был написан на мандаринском диалекте китайского языка, и ему предстояло переводить иероглифы по мере их дешифровки. В течение двух часов Беккер переводил бесконечный поток китайских иероглифов.