omniomni/omni-engineering huggingface dataset:
Ravindra Dastikop. Ravindra Dastikop (born May 24, 1964) is an educator and speaker on Cloud Computing. He is currently serving as an Assistant Professor, Department of Computer Science and Engineering and the placement officer of SDM College of Engineering and Technology in Dharwad, Karnataka where he began his career in 1987. He is also the director of Centre for Web Enabled Learning (C-WEL).

Early life and education 
Ravindra Dastikop had earlier education in Belgaum, Mandya and Mysore and completed his graduation in science and postgraduate diploma in computer applications from Sri Jayachamarajendra College of Engineering, Mysore in 1986. Later he pursued in engineering degree, post graduation and further qualifications from Birla Institute of Technology and Science.

Computer science career
Currently his teaching interests are around cloud computing and social media. He offers a semester long course- Introduction to Cloud Computing for all branches of engineering. He is planning to offer Designing Cloud Computing System course for CSE students from upcoming semester. During 2004, he visited Tribhuvan University, Kathmandu, Nepal as a visiting faculty and taught a course in Programming Languages. In the same year, he was invited to be adjunct faculty at International Institute of Information Technology, Bangalore.

During 2004, he spent a sabbatical at Infosys, Bangalore where he studied the knowledge Management systems for 8  weeks. Being part of many conferences he has taken up different roles of paper presenter, chairing a session, reviewing the paper and more. Some of major conference that he is actively involved/involving include  IEEE Technology for Education, ACM SIGIR 2008, ESSIR 2007.

Roles
He has taken up many organizational roles- Faculty Incharge, IPR cell and Placement Officer. As IPR cell in charge he conducted two workshops for the management and decision makers in technical education. He was also part of the team that designed IPR curriculum under Autonomous scheme.

Independent works
MVS
PGDCA
ESSIR on Information Retrieval, Glasgow, 2007

Awards 
2009 Best Teacher at SDM College of Engineering and Technology
2009 Marquis Who is who in Science & Technology Marquis Who's Who

References 
 The Nature of the Cyber Firm: Contextual Model of Business for Cyber World

External links 
 Website
 Blog:Cloud Computing for All Walks of Life
 Marquis Who is who

 
 YouTube Talk

1964 births
Living people
APL Materials. APL Materials is a peer-reviewed open access scientific journal published by the American Institute of Physics. The editor-in-chief is Judith L. MacManus-Driscoll (University of Cambridge). It covers bioinspired materials, magnetic materials, photovoltaics, tissue engineering, and various other topics. According to the Journal Citation Reports, the journal has a 2021 impact factor of 6.635.

Abstracting and indexing
The journal is abstracted and indexed in the Science Citation Index Expanded, Current Contents/Physical Chemical and Earth Sciences, and Current Contents/Engineering Computing and Technology.

References

External links

Materials science journals
Academic journals established in 2013
English-language journals
American Institute of Physics academic journals
Open access journals
Laboratory of Microstructure Studies and Mechanics of Materials. The Laboratory of study of microstructures, mechanics and material sciences (), also known as the LEM3, is a French laboratory of research located in Metz. It is under the authority of Arts et Métiers ParisTech, University of Lorraine and ENIM. It is part of the Carnot Institute ARTS and currently employs more than 150 persons. It was created in 2011 from the merge of 2 CNRS laboratories, the LPMM and the LETAM.
The LEM3 plays an important role in the competitiveness organization "Materialia" and in the new research institute M2P.

Teaching and research topics 

The main part of the research is focused on the following lines :

Multi-scale material characterization
Material behavior of high-yield steels
Study of smart materials : composite material, SMA, piezoelectric material

Research teams 

The laboratory is divided in seven research teams, which have their own field of research :

 TMP : Texture, microstructure and process
 MeNu : computational mechanics
 APLI : Auto-organization, plasticity and intern lengths
 3TAM : transformation, textures, topology and metal anisotropy
 SMART : Multi-phased systems, rheology, fatigue and applications
 SIP : surface, interface and process
 CeDyn : extreme conditions and dynamics

Projects 

The LEM3 is behind the creation of the Labex DAMAS (laboratory of excellence for alloyed metals) which get a financial support of 7.5 million euros over 8 years.

Facilities and equipment 

In 2013, a microscope with the electron backscatter detector technology was funded by the Lorraine Region (one million euros).
The laboratory also has a high-strength multi-axial tensile test machine with a capacity of  72 tons per axis.

Locations 

 CIRAM, center of research in Metz Science Park
 Metz campus of Arts et Métiers ParisTech

References and notes 

Laboratories of Arts et Métiers ParisTech
Laboratories in France
French National Centre for Scientific Research
TL Ultralight TL-22 Duo. The TL Ultralight TL-22 Duo is a Czech ultralight trike that was designed and produced by TL Ultralight of Hradec Králové. Production has been completed, but when it was available the aircraft was supplied as a complete ready-to-fly-aircraft or as a kit for amateur construction.

Design and development
The aircraft was designed to comply with the Fédération Aéronautique Internationale microlight category, including the category's maximum gross weight of . The aircraft has a maximum gross weight of . It features a cable-braced hang glider-style high-wing, weight-shift controls, a two-seats-in-tandem open cockpit with a cockpit fairing, tricycle landing gear with wheel pants and a single engine in pusher configuration.

The aircraft is made from bolted-together aluminum tubing, with a fibreglass cockpit fairing and its double surface wing covered in Dacron sailcloth. Its  span wing is supported by a single tube-type kingpost, uses an "A" frame weight-shift control bar and has a wing area of .  The standard powerplant used is a twin cylinder, liquid-cooled, two-stroke, dual-ignition  Rotax 582 engine. The aircraft has an empty weight of  and a gross weight of , giving a useful load of . With full fuel of  the payload is .

Operational history
By 1998 the company reported that 50 aircraft were flying.

Specifications (TL-22 Duo)

References

External links

Photo of a TL-22 Duo

TL-22 Duo
1990s Czech and Czechoslovak sport aircraft
1990s Czech and Czechoslovak ultralight aircraft
Homebuilt aircraft
Single-engined pusher aircraft
Ultralight trikes
List of Rolls-Royce personnel codes. The Rolls-Royce company used an internal list of personnel shortcodes to identify its senior engineers and designers. These were usually based on a shortened form of the surname, later the initials. Such codes appeared on technical drawings and internal memos. The identities behind these codes represent an important part of the company history, especially during the period of intense development immediately before and during World War II.

References

Sources 
 
 
 
 
 
 
 
 
 
 

 Codes, Personnel
British mechanical engineers
SFQ. SFQ may refer to:

Safe Food Production Queensland, an Australian approved certifying organisation
Sexual Functioning Questionnaire, a standardised questionnaire which studies sexual impotence problems
Single flux quanta, used in superconducting digital logic circuits
Special Forces Qualification, the initial formal training program for entry into the United States Army Special Forces
Stochastic fairness queuing, an algorithm

SFQ, FAA LID code for Suffolk Executive Airport, Virginia
SFQ, IATA code for Şanlıurfa Airport, Turkey
Cubestormer 3. CubeStormer 3 is a robot built primarily with Lego Mindstorms and the Samsung Galaxy S4. On 15 March 2014, at the Big Bang fair in Birmingham, England, the CubeStormer 3 broke the previous record, held by its predecessor, the CubeStormer II, for the fastest time to solve a Rubik's Cube. The previous Guinness World Records time was 5.270 seconds. The official time taken to solve the Rubik's Cube by the CubeStormer 3 was 3.253 seconds. This robot was created by inventors David Gilday and Mike Dobson. It took the two of them 18 months to perfect the technology of this robot. The robot was able to conquer the cube by use of four robotic hands. The robot is made out of LEGO and ARM architecture.

Gilday and Dobson hope to beat their record again with another faster robot in the future.

External links
 LEGO robot sets new Rubik's cube world record | Crave - CNET
Video of Cubestormer3 Breaking World Record

References

Lego Mindstorms
Rubik's Cube
Hunan University of Science and Engineering. The Hunan University of Science and Engineering () is a provincial public college in Yongzhou, Hunan, China.  university status. The college is under the Hunan Provincial Department of Education.

The university consists of 16 departments, with 38 specialties for undergraduates.

History
Hunan University of Science and Engineering was formed in 1941, it was initially called "Hunan Provincial Seventh Normal School".

In 1971, it started a college education.

In 1981, it renamed "Lingling College" (零陵师专).

In 2002, it upgraded to undergraduate education.

In 2004, Lingling College renamed "Hunan University of Science and Engineering".

Academics
 Department of Music
 Department of Art
 Department of Law
 Department of Physical 
 Department of Electronic engineering 
 Department of Journalism and Communication
 Department of Chinese language and Literature
 Department of Civil Engineering and Construction management 
 Department of English language
 Department of Mathematics and Computer Science 
 Department of Economic management 
 Department of Information Technology and Education
 Department of Life Science and Chemical Engineering
 Department of Computer communication engineering 
 Department of Political science

Culture
 Motto:

References

External links

Hunan University of Science and Engineering
Universities and colleges in Hunan
Universities and colleges established in 1941
Yongzhou
1941 establishments in China
McGehee station. The Missouri Pacific Railroad Depot-McGehee is a historic railroad station on Railroad Street in McGehee, Arkansas.  The single-story brick building was built c. 1910 by the Missouri Pacific Railroad in its distinctive Mediterranean/Italianate style.  The building is of particular importance in McGehee because the town is located where it is due to the company's decision to locate the station here.  The station has a basic cruciform plan, an elongated rectangle with a projecting telegrapher's station on one side, and a matching projection on the other.  It has a red tile roof, with a spreading cornice supported by Italianate brackets.

The building was listed on the National Register of Historic Places in 1992.

See also
National Register of Historic Places listings in Desha County, Arkansas

References

Railway stations on the National Register of Historic Places in Arkansas
Railway stations in the United States opened in 1910
National Register of Historic Places in Desha County, Arkansas
McGehee
Mediterranean Revival architecture in Arkansas
Former railway stations in Arkansas
Ground continuity monitor. A GCM or ground continuity monitor (also called a ground integrity monitor or ground continuity tester) is an electrical safety device that monitors the impedance to ground of a temporary electrical circuit and can provide indication (or protective trip) in the event impedance rises to an unsafe value.  A GCM is either an external testing device or a cord mounted device that measures the electrical continuity of a circuit’s path to ground.

Regulatory 

Ground continuity monitors are a means to provide protection to workers as part of Occupational Safety and Health Administration (OSHA) regulations.  This OSHA regulation applies only to construction sites. (e.g. early stages of construction where access to a reliable ground might not exist or where portable generators might be used)  The use of ground continuity monitors is one option in these environments. GFCI protected circuits are also one option under the OSHA standard.  Specifically, the OSHA regulation specifies “The employer shall use either ground fault circuit interrupters … or an assured equipment grounding conductor program … to protect employees on construction sites.” 
The OSHA regulation also requires that each ground conductor and/or cordset shall be inspected each day, prior to use and after maintenance. The ground is required to be checked for electrical continuity and this test must be documented. The automatic cord mounted GCMs eliminate the need to test each cord or circuit, since the electrical impedance to ground is measured at the attached cord device and visibility indicated there via an LED. These inspections are required by the OSHA regulation on “receptacles which are not a part of the permanent wiring of the building”.  As discussed earlier, the permanent wiring of a building might not be established during the early stages of a construction site and therefore would necessitate some assurance of ground protection.

Operation 

Although the OSHA regulations require either a ground conductor program or a ground fault circuit interrupter (GFCI), these two devices provide protection in very different ways.
A GFCI disconnects a circuit whenever it detects that the electric current is not balanced between the energized conductor and the return neutral conductor.

See main article: Residual Current Device

A basic summary of the cord mounted GCM involves a conductor path from the energized conductor (“hot” or black wire) directly through a low-current LED and through the ground wire. This arrangement allows an easy visible indication of acceptable ground continuity in the ground wiring (which would be indicated by the LED being on).  The minimum current draw of the LED can be designed such that an impedance value above regulatory limits will not light the LED.  The arrangement of detection and components is not standardized as many manufacturers provide commercially available GCMs. Portable ground continuity testers have similar arrangements but generally provide a much broader range of testing options for electrical circuits.

References 

Electrical test equipment
Biomicrofluidics. Biomicrofluidics is a bimonthly peer-reviewed scientific journal covering all aspects of research on fundamental physicochemical mechanisms associated with microfluidic, nanofluidic, and molecular/cellular biophysical phenomena in addition to novel microfluidic and nanofluidic techniques for diagnostic, medical, biological, pharmaceutical, environmental, and chemical applications. The editors-in-chief are Hsueh-Chia Chang (University of Notre Dame) and Leslie Y. Yeo (RMIT University).

Abstracting and indexing  
The journal is abstracted and indexed in the Science Citation Index, Current Contents/Physical Chemical and Earth Sciences, and BIOSIS Previews. According to the Journal Citation Reports, the journal has a 2021 impact factor of 3.258.

References

External links 
 

Fluid dynamics journals
American Institute of Physics academic journals
Bimonthly journals
Academic journals established in 2007
English-language journals
Flexplate. A flexplate or flex plate is a metal disk that connects the output from an engine to the input of a torque converter in a car equipped with an automatic transmission. It takes the place of the flywheel found in a conventional manual transmission setup.

Design 
The name refers to the ability of the disk to flex along its main axis to account for gear changes and/or small misalignments as rotational speeds change. Flexplates are generally much thinner and lighter than flywheels not only because of the required flexibility, but also due to the smoother coupling action of the torque converter and the elimination of the clutch surface.

Like a flywheel, a flexplate normally handles coupling to the starter motor via gear teeth cut along its outer edge. These teeth give the flexplate a gear-like appearance in spite of this being a secondary function.

Flexplates come in many forms, but are usually either stamped steel (for road cars), a machined two-piece billet (for race cars), or a machined one-piece billet (for high-performance drag racers).

See also
 Flywheel

References

Automobile transmissions
TL–Ultralight. TL–Ultralight is an aircraft manufacturer based in Hradec Králové, Czech Republic. The company started out as a builder of ultralight trikes and now specializes in the design and manufacture of composite ultralight aircraft.

The company is owned by Jiří Tlustý and was founded in 1989.

One of the company's earliest aircraft designs was the TL-22 Duo, a conventional ultralight trike model, that is now out of production.

In 2014 the company's product line included the TL-3000 Sirius and three variants of the TL-2000 Sting: the S3, S4 and RG models.

Aircraft

References

External links

Aircraft manufacturers of the Czech Republic and Czechoslovakia
Ultralight trikes
Homebuilt aircraft
Manufacturing companies established in 1989
1989 establishments in Czechoslovakia
Low Temperature Physics (journal). Low Temperature Physics  is a monthly peer-reviewed scientific journal covering all aspects of low temperature physics. The journal publishes original articles, review articles, brief communications, memoirs, and biographies. The editor-in-chief is Yurii G. Naidyuk. This is a translation of the journal Fizika Nizkikh Temperatur (in Russian), published by the B.Verkin Institute for Low Temperature Physics and Engineering of the National Academy of Sciences of Ukraine.

Abstracting and indexing  
The journal is abstracted and indexed in Current Contents/Physical, Chemical & Earth Sciences, Inspec, PASCAL, Physics Abstracts, Science Citation Index, and SPIN bibliographic database.

External links 
 

Physics journals
American Institute of Physics academic journals
Academic journals established in 1997
Monthly journals
English-language journals
Multinational Engineer Battalion Tisa. Multinational Engineer Battalion Tisa (, , , ) is an engineering unit intended to quickly respond to flooding and other natural disasters in the Carpathian Region. Initial idea for creation of such unit was voiced by Ukraine in December 1998. Battalion was created on November 15, 2002 after Heads of General Staff of Hungarian, Romanian, Slovak and Ukrainian Armed Forces signed the Technical Arrangement on Implementation of Intergovernmental Agreement on Multinational Engineer Battalion Tisa in Budapest. The name comes from river Tisza.

Annual exercise is held by participating nations, who take turns hosting the exercise. Exercise is held under the name Light Avalanche. First exercise was held in Ukraine in 2002 as Tysa-2002.

Structure
Each participating country provides up to 200 soldiers. In January 2012 total size was 703. Ukrainian part is from the 128th Mechanized Brigade. Hungary provides soldiers from 5th Infantry Brigade and the 37th Engineering Regiment Romania provides 52nd Engineering Battalion "TISA".
Slovakia provides a company from Engineer Battalion in Sereď.

 Headquarters Company (10 representatives from each country)
 Ukrainian Engineering Company "інженерна рота"
 Ukrainian Road Engineering Company "інженерно-дорожня рота"
 Ukrainian Signal Platoon "взвод зв’язку"
 Ukrainian Repair Platoon "ремонтний взвод"
 Ukrainian Logistics Platoon "взвод матеріального забезпечення"
 Romanian Engineering Company
 Romanian Engineering Company
 Hungarian Engineering Company "műszaki század"
 Slovakian Engineering Company "ženijná technická rota"

Equipment
60 units including 6 PTS-2

References

Sources
«Light avalanche 2014», report of ТРК «Виноградів ТВ». 

Multinational army units and formations
Military units and formations established in 2002
Military units and formations of Ukraine
Military units and formations of Romania
Military units and formations of Hungary
Military units and formations of Slovakia
Østerild Wind Turbine Test Field. Østerild Wind Turbine Test Field (alternatively Risø) is a facility managed by the DTU Risø Campus of the Technical University of Denmark (DTU) for testing of offshore wind turbines with a pinnacle height up to  near Thisted-Østerild, Denmark.

History
The area was plagued by flying sand from about 1450, and a plantation was started from 1889 to keep the sand in check.

The international IEC 61400 standard specifies how to design and validate wind turbines to gain commercial value. A suitable area for testing wind turbines must have good wind, a specific surface roughness, a clear area around the site, and not be in an EU Special Protection Area. After investigating 17 areas and drawing criticism, the Folketing decided in June 2010 to establish a wind turbine test center at Østerild. It was inaugurated in 2012, and is popular among tourists. A visitor center opened in 2017, and had 50,000 visitors in 2020. There is a 50kW charging station. The current turbines reached a height of 240 metres in 2020; the Danish wind industry would like a new site capable of turbines up to 400 metres to be developed;  at the end of 2024 Siemens Gamesa had a 170-metre tower built intended for a 21MW prototype  under the HIPPOW project of the EC Innovation Fund 

New ponds and open areas have improved conditions for bats. The first sea eagles came to the area in 2015.

Description
There are 9 test stands, and each test stand has its own meteorological mast due west. Some stands were not yet put in use in 2015. In 2016, the wind turbine industry requested more stands to fulfill future test requirements. The turbines are not permanent, but spend some months in test at the site before being replaced by the next turbines.

At the northern and the southern end of the test field, there are two 250 metre tall guyed masts equipped with lamps to warn aircraft.

The masts are situated at  and at .

List of sites
Test sites as of December 2015 :

Gallery

See also 

 Wind power in Denmark
 List of tallest structures in Denmark

References

External links 

 Østerild - National Test Centre for Large Wind Turbines, DTU page
 National Testing Centre for Large Wind Turbines in Østerild, tourist page 
 Environmental papers
 Brochure
 Current weather measurements

Wind farms in Denmark
Wind turbines