Iran Railway Research Center
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MATRAI is the sum of abbreviations of RAI (
Islamic Republic of Iran Railways , majoroperators =RAI, Tooka rail, Samand rail , ridership =21 million , passkm =13 billion , freight =31 million tonnes , tonkm =22 billion tonnes , infrastructure = , length = , doublelength = 142 ...
) and MAT (research center) and means Iran Railway Research Center profile: The Railway Research Center (MATRAI)is research department of Iranian Railways. Besides The main activities of doing railway related research projects and development, it is a key consultative body for railway senior directors. MATRAI has other activities, such as; keeping a close relation with state and aboard universities and research centers; supporting university thesis; establishing technical seminars and conferences over the railway field; offering technical services through its enrich technical documents center. Goals: 1. Railway research development in passenger and freight traffic 2. Establishing the proper base for upgrading the railway research activities 3. Cooperation with educational and research institutes for upgrading the research activities quality and utilizing of internal ability 4. Feasibility studies and technical and economical assessment of developing projects 5. Study on safety promotion and accident prevention 6. Study on the application of railway policy and development of network and fleet 7. Study and research on new technologies transfer Tasks: 1. Consider and investigation of railway industry research needs 2. Perform the research, developing and applied plans in railway industry 3. Supply the necessary and proper facilities based on research activities 4. Publishing the railway books and the other publications 5.Holding the national and international scientific and specialty conferences based on railway 6. Utilizing of the recent scientific information about railway by regular connection with the world universities and research centers Groups: The groups and units of the center are as follows: 1. operating group 2. way and works group 3. manufacturing and production group 4. signaling and telecommunication group 5. locomotive and car group 6. machinery group 7. economic studies group 8. information technology group 9. laboratory division 10. productivity unit 11. project control unit 12. industry and university connection unit 13. contract affairs unit 14. supply unit 15. financial affairs department 16. administrative affairs department Some of the important research projects: 1. Construction of automatic train control system ATC, PATC 2. Construction of hybrid locomotive 3. Operating locomotive GT26 simulator system 4. Design and construction of rail bus and two purposes rail truck 5. Design and construction of the intelligent barrier system of railway level crossings 6. Construction of 14 inch brake cylinder of freight cars 7. Study on the decreasing of passenger train traveling time (Tehran- Miane- Tehran) 8. Design and construction of wheel and rail wear test system 9. considering the track electrification criteria in Iran Titles of some glories and measures: 1. Taking the certificate of ISO 9001; 2000 in 2003. 2. Selecting this center as a sample research center in ministry roads and transportation for two times 3. selecting at least, 4 superior researchers from the center staffs in the ministry roads and transportation and in Iran 4. holding 7 seminars on rail transportation 5. holding 6 seminars on safety promotion and accident prevention 6. presenting papers in international conferences 7. presenting papers in national conferences, UIC conferences, international level crossing conference in Canada, IHHA conference, World Congress on Railway Research (WCRR) conference, international symposium of Turkish railway, international safety railway conference 8. connection with international association such as UIC


locomotive productivity

There was an important trend of productivity in railway from the end of 1990 after the first phase of locomotive productivity campaign that increased the heavy locomotives output about 50%. in second phase another 33% in locomotive loading capability was add after the tests of MATRAI in 1997.


Hybrid locomotive

The First Evaluating prototype Hybrid locomotive was designed and contracted by railway research center MATRAI in 1998 and the sample was ready in 2001. It was a G12 locomotive that was converted to hybrid by using a 200KW diesel generator and batteries and also was equipped with 2 AC traction motors (out of 4) retrofit in the cover of the DC traction motors. It was inaugurated by missed Dr,
Rahman Dadman Rahman Dadman ( fa, رحمان دادمان; 1956–2001) was an Iranian politician. Trained as a civil engineer Dadman briefly served as the minister of roads and transportation between January and May 2001. He died in a plane crash on 17 May 200 ...
the minister of road and transportation in 2001.


AC Diesel locomotive

The initial diesel locomotive fleet in Iran that was introduced in 1956 was G12 with DC-DC traction system that was replaced with 1971 by
GT26CW The EMD GT26 Locomotive Series made their debut in 1967 after the rise in popularity of the American EMD SD40. Designed to meet most First World, Second World and Third World countries, the GT26 Series were now equipped with a turbocharged high ...
from
Electro-Motive Diesel Progress Rail Locomotives, doing business as Electro-Motive Diesel (EMD), is an American manufacturer of diesel-electric locomotives, locomotive products and diesel engines for the rail industry. The company is owned by Caterpillar through its sub ...
with 21% AWA (
All weather adhesion An adhesion railway relies on adhesion traction to move the train. Adhesion traction is the friction between the drive wheels and the steel rail. The term "adhesion railway" is used only when it is necessary to distinguish adhesion railways from ...
). In 1992 the GE locomotive was introduced that had AC/DC traction system with 26% AWA and in 2002 the first AC-AC diesel locomotive
AD43C The AD43C is a type of mainline 6 axle Co'Co' diesel locomotive designed by Alstom and used by the Islamic Republic of Iran Railways (RAI). It was in production from 2000. Delivery started in 2002. Alstom designated the vehicle with product cod ...
was received from Alstom, the specification of this 4300 hp locomotive was prepared in MATRAI that the tractive effort of them was 2 times of GT26.


Wheel View

The trend to increase the weight and length of trains is considerably fast and specially by increasing the cost of energy. Accordingly, it would be more difficult to observe the defects of the cars individually, this was the reason to start developing the first
image processing An image is a visual representation of something. It can be two-dimensional, three-dimensional, or somehow otherwise feed into the visual system to convey information. An image can be an artifact, such as a photograph or other two-dimensiona ...
system to check the wheel profile in motion. The first contract was signed in 1998 and the Evaluating Prototype was installed in Rey station near Tehran in 2000.


Tractomobile


Turbotrain repowering


PATC


GPS


Air conditioning unit

air conditioning was a project for local manufacturing from 1998 to 2000 .


Electronic interlocking system

{{Empty section, date=December 2010


Matrai Managers

Behyar Senobari Abbas Ghorbanalibeik Jahangirian


See also

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Islamic Republic of Iran Railways , majoroperators =RAI, Tooka rail, Samand rail , ridership =21 million , passkm =13 billion , freight =31 million tonnes , tonkm =22 billion tonnes , infrastructure = , length = , doublelength = 142 ...
*
Railway electrification in Iran Railway electrification in Iran describes the past and present electrification systems used to supply traction current to rail transport in Iran with a chronological record of development, a list of lines using each system, and a history and a t ...
Rail transport in Iran