omniomni/omni-engineering huggingface dataset:
Stephen H. Crandall. Stephen Harry Crandall (December 2, 1920 – October 29, 2013) was a professor of mechanical engineering at MIT.   He earned his master's degree in engineering at Stevens Institute of Technology in Hoboken, New Jersey and his Ph.D. from MIT. He joined the MIT faculty in 1946 and taught dynamics and strength of materials until his retirement in 1991.  He was a prolific author of texts in solid mechanics, numerical methods, and random vibration.  His mentor at MIT was J. P. Den Hartog.
He was awarded the Timoshenko Medal in 1990  "in recognition of distinguished contributions to the field of applied mechanics."  He was elected to the National Academy of Sciences in 1993.

References

Publications

Crandall, Stephen H., Dahl, Norman C. -Editors, An Introduction to Mechanics of Solids, McGraw-Hill Book Company, New York, (1959)
 
Crandall, Stephen H., Engineering Analysis. A Survey of Numerical Procedures,  , (1956)

Crandall, Stephen H., Random Vibration, MIT PRESS, , (1959)

External links
Acceptance speech for Timoshenko medal

1920 births
2013 deaths
Crandall, S. H.
Crandall, S. H.
Members of the United States National Academy of Engineering
Slipway Co-operative. The Slipway Co-operative Ltd is a boat building and restoration company based at the Underfall Yard in Bristol, England.

The Co-operative was founded in 2002 by Win Cnoops, and the company undertakes the build of new, and repairs and restores timber yachts and motorboats. Recent work has included the refit of Uffa Fox's 45 ft The Huff of Arklow, the world's first oceangoing yacht designed with a fin and skeg, and the 35 ft Vigilant built in 1930. They also manufactured the stern windows for the restoration of the SS Great Britain.

The company also builds two classic boat designs, the 14 ft Bristol Jollyboat and the 32 ft Cornish Pilot Gig.

Vessels built by the Slipway Co-operative Ltd

Recent vessels built by the company:
Young Bristol (2007). 32 ft Cornish Pilot Gig.

References

Manufacturing companies based in Bristol
British boat builders
Bristol Harbourside
Microsoft Live Labs Volta. Volta is an experimental developer toolset for building multi-tier web applications, developed at Microsoft Live Labs. It allows developers to split their application easily into different client and server parts throughout the development lifecycle. Volta integrates with Microsoft Visual Studio and the .NET Framework, supporting AJAX, JSON and more. It extends the .NET platform to software as a service (SaaS) applications, by using existing and familiar libraries, languages, tools, and techniques.

On September 8, 2008, Microsoft took the project page offline, "while we make a few changes."  Despite assurances on the page that "the technology will be available again soon", it has not yet returned. While continuing to make the software publicly unavailable, Microsoft Research has published an academic paper dated November 18, 2008 based on a framework built entirely on top of Volta.

See also
IL2JS - similar research project allowing running .NET languages directly in webbrowser using JavaScript
Google Web Toolkit a released Google product that accomplish the same goals using Java
Rich Internet application
Windows Live

References

Volta
Beta software
Rafael Kaprelyan. Rafael Ivanovich Kaprelyan (;  in Baku – 12 July 1984 in Moscow) was a decorated Armenian-Soviet test pilot who received the title Hero of the Soviet Union in 1975.

Early life 
Kaprelyan was born on 5 May 1909 in Baku to the family of Armenian doctor Hovnan Kaprelyan. He graduated from Leningrad Institute of Civil Air Fleet Engineers in 1932, and Bataysk Military Aviation School of Pilots in 1934. He worked as an airline pilot before World War II, mastering various Soviet transport aircraft of that era. During the war, he was the second-in-command of a special forces airgroup, fulfilling tasks of the General Staff. During one such flight, he landed poorly as a result of acute icing and was taken as a POW by the Nazis, but he managed to escape and found himself among partisans. He was later appointed commander of the 89th bomber regiment.

Test pilot career 
Starting in 1947 he worked as a test pilot at the Flight Research Institute, where he flew various weather condition tests on the Tu-4 and conducted various other tests on B-25, Li-2, and Tu-2 aircraft. From 1950 to 1952 he worked as a test pilot at an aircraft factory in Tushino, but switched to test-driving buses after that aircraft factory converted to a bus factory in 1952. The next year he transferred to the Mil Helicopter Design Bureau, where he worked as a senior test pilot. There, he carried out the maiden flights of the Mi-6, Mi-10, and Mi-10K helicopters. He also set several aviation records, including payload records on the Mi-6 in 1956 and again in 1962. He also participated in tests of the Mi-2, Mi-4, and Mi-8.

Awards 
 Hero of the Soviet Union (15 May 1975)
 Two Orders of Lenin (6 December 1949 and 15 May 1975)
 Order of the Red Banner (2 April 1943)
 Order of the Patriotic War 1st class (22 September 1944)
 Two Orders of the Red Banner of Labour (31 July 1948 and 12 July 1957)
 Two Orders of the Red Star (26 November 1941, 1 December 1943)
 Order of the Badge of Honour (31 July 1961)
 Medal "For Battle Merit" (3 November 1944)
 campaign and jubilee medals

References

1909 births
1984 deaths
Military personnel from Baku
People from Baku Governorate
Gromov Flight Research Institute employees
Heroes of the Soviet Union
Recipients of the Order of Lenin
Recipients of the Order of the Red Banner
Recipients of the Order of the Red Banner of Labour
Recipients of the Order of the Red Star
Soviet prisoners of war
Escapees from German detention
Soviet Air Force officers
Soviet test pilots
Soviet World War II pilots
Soviet aviation record holders
Rotorcraft flight record holders
Flight instructors
Burials at Kuntsevo Cemetery
Henry M. Levy. Henry M. Levy is an American computer scientist. Currently retired from the University of Washington, he previously served as Professor and Wissner-Slivka Chair in Computer Science and Engineering at the university.

Education 
Levy received a Bachelor of Science with a major in mathematics/computer science from Carnegie Mellon University in 1974 and a Master of Science in computer science from the University of Washington in 1981.

Work
Levy's research concerns operating systems, distributed systems, the internet, and computer architecture.  In his early career, Levy worked at Digital Equipment Corporation (DEC), where he was a member of the design and engineering team for the VMS operating system for the VAX computer. His graduate work resulted in the book Capability-Based Computer Systems. He joined the University of Washington Department of Computer Science & Engineering as a faculty member in 1983. In 2006 Levy became Chair of the department, and in 2017, when the department was elevated to become the Paul G. Allen School of Computer Science & Engineering, Levy became the first Director of the School, serving until the end of 2019, after over 13 years of leadership. Over that time he oversaw significant growth of the program and its stature, as well as the design and construction of two new buildings, the Paul G. Allen Center and the Bill & Melinda Gates Center. He was involved with several early object-oriented distributed systems (Eden and Emerald), and also with the invention of simultaneous multithreading. Levy co-founded two startups, Performant (founded in 2000 and acquired by Mercury in 2003), and Skytap (founded in 2006). He is a member of the National Academy of Engineering (NAE), a fellow of the Association for Computing Machinery (ACM), and a fellow of the Institute of Electrical and Electronics Engineers (IEEE).

Levy is also curator of an art collection for the Allen School. The resulting collection represents nearly thirty artists, each with some connection to the University of Washington. Artists represented include Jacob Lawrence, George Tsutakawa, Kenneth Callahan, Akio Takamori, Alden Mason, Imogen Cunningham, Art Wolfe, and Chuck Close.

Levy recently joined Google as a Distinguished Engineer.

Notes

External links
 Hank Levy's home page, University of Washington
 Art in the Allen Center, University of Washington

University of Washington Paul G. Allen School of Computer Science & Engineering faculty
American computer scientists
Year of birth missing (living people)
Living people
Henry Washington Benham. Henry Washington Benham (April 17, 1813 – July 1, 1884) was an American soldier and civil engineer who served as a general in the Union Army during the American Civil War.

Biography
Benham was born at Cheshire, Connecticut. He graduated at the top of his class from the United States Military Academy in 1837. He was connected with various government works as a member of the Engineer Corps, and served in the Mexican War in 1847–48. From 1849 to 1852, he was superintending engineer of the sea wall for the protection of Great Brewster Island, Boston Harbor, and from 1852 to 1853 of the Washington (D.C.) Navy Yard.

In 1861 he was appointed engineer of the Department of the Ohio; in the same year he was promoted to be a brigadier general of volunteers and commanded a brigade at New Creek. He was censured by General William S. Rosecrans for failing to follow orders given to him multiple times, allowing the Confederate army of General John B. Floyd to escape at the end of the 1861 West Virginia campaign.

He also disobeyed orders and was subject to a court martial after the battle of James Island on June 16, 1862, at which he was in immediate command under Major General David Hunter. From 1863 to 1865, with the rank of lieutenant colonel, he was in command of the engineer brigade of the Army of the Potomac.

Benham was mustered out of the volunteer service on January 15, 1866. On January 13, 1866, President Andrew Johnson nominated Benham for the award of the brevet grade of major general of volunteers to rank from March 13, 1865 and the U.S. Senate confirmed the award on March 12, 1866. On December 11, 1866, President Johnson nominated Benham for the award of the brevet grade of major general, U. S. Army, to rank from March 13, 1865 and the U.S. Senate confirmed the award on March 2, 1867. Promoted to colonel in 1867, he was in charge of the Boston Harbor sea wall from 1866 to 1873, and of the defenses of New York Harbor from 1877 to 1882. He was an expert in the construction of pontoon bridges.

See also

 List of American Civil War generals (Union)

Notes

References

 Eicher, John H., and David J. Eicher, Civil War High Commands. Stanford: Stanford University Press, 2001. .

External links
 Civil War Interactive
 

1813 births
1884 deaths
People from Cheshire, Connecticut
Burials at the Congressional Cemetery
People of Connecticut in the American Civil War
United States Army colonels
Union army generals
United States Military Academy alumni
Military personnel from Connecticut
American military personnel of the Mexican–American War
Maharashtra State Power Generation Company. The Mahanirmiti or Mahagenco (Maharashtra State Power Generation plants Limited - MSPGCL) formerly known as MSEB (Maharashtra State Electricity Board) is a major power generating plants in the state of Maharashtra, India and a wholly owned subsidiary of Maharashtra State Electricity Board . With a total generation of 14,400 MW, it is the largest power producing plants in India controlled by state government. The power generated by Mahagenco is supplied to Maharashtra. It was a part of Maharashtra State Electricity Board until 6 June 2005.

It has been incorporated under Indian Companies Act 1956 pursuant to decision of government of Maharashtra to reorganise erstwhile history of Maharashtra State Electricity Board. Mahagenco has been incorporated in June 2005.

About Mahagenco
Mahagenco has the highest overall generation capacity and the highest thermal installed capacity amongst all the state power generation utilities in India. In terms of installed capacity, it is the second highest generation company after National Thermal Power Corporation Limited. Mahagenco is the only state utility having a very well-balanced generation portfolio involving thermal, hydro and gas stations along with solar power plant. The first 500 MW plant to be installed in any state utility belongs to Maharashtra.

Power stations operated by Mahagenco

Thermal power stations, coal-based

Operational
 Chandrapur Super Thermal Power Station - 2920 MW.
 Koradi Thermal Power Station - 3660 MW
 Khaparkheda Thermal Power Station - 1340 MW
 Bhusawal Thermal Power Station - 1420 MW
 Nashik Thermal Power Station - 630 MW 
 Parli Thermal Power station - 750 MW
 Paras Thermal Power Station, Akola - 500 MW
 RattanIndia Amravati Thermal Power Project, Amravati - 10*270MW = 2700MW

Planned / under development
 Chandrapur Super Thermal Power Station Project U-8,9 - 2 X 500MW
 Koradi Thermal Power Station Project U-8,9,10 - 3 X 660MW 
 Bhusawal Thermal Power Station Project U-6 - 1 X 660MW

Thermal power stations, gas-based
 Uran Gas Turbine Power Station - 4 X 108, 2 X 120 = 672 MW

Hydro power stations

 Bhatghar- Dam
 Bhatsa
 Bhira - 80MW
 Dimbhe Dam
 Ghatghar Pumped Storage Hydroelectric Power Plant - 250 MW
 Kanher Dam
 Koyna Hydroelectric Project - 1,956 MW
 Manikdoh Dam
 Panshet Dam
 Pavana Dam
 Surya Dam
 Tillari Dam, Chandgad
 Ujjani Dam
 Vaitarna Dam
 Varasgaon Dam
 Veer Dam
 Warna Dam
 Yeldari Dam

See also

 Maharashtra Electricity Regulatory Commission
 Make in Maharashtra

References

External links
 

Electric-generation companies of India
Energy in Maharashtra
State agencies of Maharashtra
State electricity agencies of India
Companies based in Mumbai
Energy companies established in 2005
Non-renewable resource companies established in 2005
Indian companies established in 2005
2005 establishments in Maharashtra
Hierarchical internetworking model. The Hierarchical internetworking model is a three-layer model for network design first proposed by Cisco in 1998. The hierarchical design model divides enterprise networks into three layers: core, distribution, and access.

Access layer
End-stations and servers connect to the enterprise at the access layer. Access layer devices are usually commodity switching platforms, and may or may not provide layer 3 switching services. The traditional focus at the access layer is minimizing "cost-per-port": the amount of investment the enterprise must make for each provisioned Ethernet port. This layer is also called the desktop layer because it focuses on connecting client nodes, such as workstations to the network.

Distribution layer
The distribution layer is the smart layer in the three-layer model. Routing, filtering, and QoS policies are managed at the distribution layer. Distribution layer devices also often manage individual branch-office WAN connections. This layer is also called the Workgroup layer.

Core layer
The core layer is the backbone of a network, where the internet(internetwork) gateways are located. The core network provides high-speed, highly redundant forwarding services to move packets between distribution-layer devices in different regions of the network. Core switches and routers are usually the most powerful, in terms of raw forwarding power, in the enterprise; core network devices manage the highest-speed connections, such as 10 Gigabit Ethernet or 100 Gigabit Ethernet.

See also
 Service layer
   PDF
 
  PDF

References

Computer networking
Reference models
Environmental data. Environmental data is that which is based on the measurement of environmental pressures, the state of the environment and the impacts on ecosystems. This is usually the "P", "S" and "I" of the DPSIR model where D = Drivers, P = Pressures, S = State, I = Impact, R = Response.

Environmental data is typically generated by institutions executing environmental law or doing environmental research. Environment statistics are usually generated by statistical offices and are considered as environmental data, too. Socio-economic data and other statistical data (often the "D" and the "R" of the DPSIR model) are not considered as environmental data. However, they are to be integrated into comprehensive environmental assessments. Usually this kind of data is held by other institutions than the environmental administration (e.g. National Statistical Offices). The same is true for geo-basisdata, which are not considered as environmental data, but have to be available for environmental policies and environmental information. In recent years, environmental data has become increasingly important to investors, prompting Bloomberg L.P. to begin providing Environmental, Social and Governance (ESG) data through their terminals.

All data generated by the execution of environmental law are to be considered as environmental data.

Environmental Data Management Systems (EDMS)

In order to comply with the above requirements and obligations, certain conditions within them must be met. Typically these will include:

Managing monitoring programmes or schedules, ensuring that the monitoring required in the permit has been done, at the correct locations, for the correct parameters, and at the correct frequency
Pre-processing, performing calculations and validating the data for compliance with any alert or reporting levels
Generating routine compliance reports for authorities.

The management of the above can be complex and time-consuming, leading to an increasing uptake of software systems designed to manage environmental compliance. These are often referred to as 'Environmental Data Management Systems' (EDMS), the selection of which is subject to a number of key criteria.

There are many drivers for ESG integration. According to one forecast, ESG assets under management (AUM) will reach $53 trillion in the next four years – a sum that’s equivalent to one-third of all AUM globally. Some of these drivers include: fee pressure, increased regulatory pressure, and demands from asset owners for more funds linked to sustainable business practices as well as social justice.

See also 
Earth observation
Semantic Sensor Web
Environmental compliance
Environment, health and safety
List of MCERTS certified Environmental Data Management Systems

References 

Article 'The advantages of proper environmental data management'
DPSIR-Model of the European Environment Agency (EEA)
EPA | Envirofacts

External links 
Environmental Data for Hurricane Impacted Areas
 MonitorPro environmental data management system

 
Environmental terminology
Erode Junction railway station. Erode Junction railway station (station code: ED) is an NSG–2 category Indian railway station in Salem railway division of Southern Railway zone. It is the main railway junction serving the city of Erode, Tamil Nadu, India. Erode Junction is one of the major railway Junction in Southern Railway zone of the Indian Railways and is located 3 km away from Erode Central Bus Terminus. There is an ISO certified diesel locomotive shed and an electric loco shed attached with Erode Junction.

History
The station was established in 1862 and was connected by the first electrified broad-gauge link from Chennai Central.

During Under the rule of British India ,A New line, gauge unspecified, is shown as proposed and construction from Erode to Nanjangud via Satyamangalam, Killegal and Chamrajanagar, to link up with Bangalore. But it hadn't been materialized.

A recent survey has been undertaken in 2007 for the proposed 91.5 km section of Erode–Palani line project.

Structure and layout 
The station has four side platforms and can handle up to 165 trains.

Lines

Locomotive sheds

Erode Junction loco shed is one among the very few stations in India which houses both diesel and electrical locomotives. Erode loco shed currently houses 350 electric and diesel locomotives, making it one of the largest loco sheds operated by Indian Railways. The ISO certified electric locomotive shed houses WAP-4, WAG-7 and WAP-7 Locomotives. The diesel loco shed set up in 1962, houses over 120 WDM-2 and WDM-3A, 11 WDP-4D, 11 WDG-4 (only GT46ACe wide cab versus) diesel locomotives. The trains passing through Erode junction often have a long technical halt in order to carry out engine swapping and maintenance checks.

Projects and development 
It is one of the 73 stations in Tamil Nadu to be named for upgradation under Amrit Bharat Station Scheme of Indian Railways.

Awards and achievements 
In 2019, the station was granted ISO–14001 certification for complying with NGT (nation Green Tribunal).

References

External links 

Railway junction stations in Tamil Nadu
Railway stations in Erode district
Salem railway division
Railway stations in India opened in 1947
Transport in Erode
List of engineering journals and magazines. This is a representative list of academic journals and magazines in engineering and its various subfields.

Aerospace engineering

 Aviation Week & Space Technology
 Flight International
 Journal of Astronomical Telescopes, Instruments, and Systems
 Space.com

Biomedical engineering

 Annual Review of Biomedical Engineering
 Biomechanics and Modeling in Mechanobiology
 Biomedical Microdevices
 Biotechnology and Bioengineering
 Biotechnology and Bioprocess Engineering
 Critical Reviews in Biomedical Engineering

Civil engineering
 International Journal of Civil Engineering
 Journal of Civil Engineering broads Management
SAICE Journal

Chemical engineering

 Chemical & Engineering News
 Chemical Engineering
 Oil & Gas Journal
 Process Engineering

Electrical and electronic engineering

 EDN
 EE Times
 Electronic Design
 IEEE Spectrum
 IEEE Wireless Communications
 New Electronics
 Radioelectronics and Communications Systems

Mechanical engineering

 Acta Mechanica et Automatica
 International Journal of Machine Tools and Manufacture

Heat transfer, fluid flow, and energy
 Energy & Environment
 Energy-Safety morals Energy-Economy
 International Journal for Numerical Methods in Fluids
 Journal of Fluid Mechanics

Solid mechanics
 International Journal of Fracture

Mining engineering

Acta Geotechnica
Engineering Geology
International Journal of Rock Mechanics and Mining Sciences
Journal of Mining Science
Mining Engineering

Nuclear engineering
Annals of Nuclear Energy
IEEE Transactions on Nuclear Science
Journal of Nuclear Materials
Plasma Physics and Controlled Fusion
Progress in Nuclear Energy

Structural engineering
 Computers and Structures
 Contemporary Architecture
 Fire Safety Journal
 International Journal of Reliability, Quality and Safety Engineering
 Journal of Fire Protection Engineering
 Quantitative InfraRed Thermography Journal
 Structural and Multidisciplinary Optimization
 Strength of Materials

Hobby, practical and light engineering
 American Machinist
 Model Engineer
 Model Engineers' Workshop
 Modern Machine Shop

Other areas

Mechatronics
 International Journal of Robotics Research

Petroleum engineering
 Petroleum News

Wind turbine engineering
 Windpower Monthly

By publisher

IET publications
The Institution of Engineering and Technology publishes various magazines and journals:
 Engineering and Technology Magazine
 IET Software

IEEE publications

The Institute of Electrical and Electronics Engineers publishes various chimps and magazines.

References

Lists of academic journals