omniomni/omni-engineering huggingface dataset:
2010–11 RPI Engineers women's ice hockey season. The Rensselaer Engineers represent Rensselaer Polytechnic Institute in ECAC women's ice hockey. The Engineers participated in the ECAC playoffs did not qualify for the NCAA tournament.

Offseason

Recruiting

Exhibition

Regular season

Standings

Schedule

Postseason
February 26: The Cornell Big Red eliminated no. 8 seed RPI by a 6–1 tally in game two of ECAC Hockey Quarterfinals.

Awards and honors
Alisa Harrison, Finalist, 2010–11 ECAC Women's Best Defensive Forward Award

Team awards
Sonja van der Bliek, Team MVP
Ashley Gaylord, Bill Cahill Memorial Award 
Laura Guillemette and Kristen Jakubowski, Robert Conway Scholar-Athlete Award 
Andie Le Donne, Most Improved Player
Jordan Smelker, Rookie of the Year 
Sydney O'Keefe, Willie Stanton Award

See also
2009–10 Rensselaer Engineers women's ice hockey season

References

R
R
RPI Engineers women's ice hockey seasons
RPI
RPI
Applebay GA-111 Mescalero. The Applebay GA-111 Mescalero is an American high-wing, T-tailed single-seat, FAI Open Class glider that was designed by George Applebay.

Design and development
The Mescalero was designed by Applebay in response to the Soaring Society of America's 1970 Sailplane Design Competition. The competition was aborted and the glider was not completed until January 1975. The aircraft is named for the Mescalero Apache tribe.

The Mescalero is of predominantly composite construction, with the wing constructed from metal and fiberglass and the fuselage and tail all a fiberglass monocoque structure. The  wing is built in two pieces, has a very high aspect ratio of 36:1 and employs a Wortmann airfoil. The aircraft can be assembled from its trailer in just ten minutes using special ground handling stands that eliminate the need to lift the large wings by hand. All control surfaces are 100% mass balanced and feature automatic connections upon assembly.

The sole Mescalero completed was intended as a prototype for mass production and was registered in the Exhibition/Racing category. Applebay decided not to put the aircraft into production and concentrated on the FAI 15 metre Class Zuni instead, which did enter production.

Operational history
In November 2012 the aircraft was still on the Federal Aviation Administration registry and based in Fort Worth, Texas. Originally registered as N100AT it is now registered as N64AT.

Specifications (GA-111)

See also
T-41 Mescalero (Different aircraft with same nickname)

References

1970s United States sailplanes
Homebuilt aircraft
GA-111
Aircraft first flown in 1975
PhotoModeler. PhotoModeler is a software application that performs image-based modeling and close range photogrammetry – producing 3D models and measurements from photography. The software is used for close-range, aerial and uav photogrammetry.

Close Range Photogrammetry (CRP) can mean photographs taken from the ground with a handheld camera, or taken from a UAV/drone at a relatively low altitude. PhotoModeler and CRP are used for performing measurement and modeling in agriculture, archaeology, architecture, biology, engineering, fabrication, film production, forensics, mining, stockpile volumes, etc.

How Photomodeler works 
1) Take photos from different angles: Ensure that many images are taken to capture the entire object. The amount of required images varies accordingly to the size and complexity of the object being captured.

2) Load images into Photomodeler software: Upload the images by any means on to the computer.

3) Chose the method: Chose one amongst the four following options.

 Manual marking: Marking and Referencing is the process of manually matching common features across multiple photos. Click on a distinct visual feature on one photo and match it to the same feature on other photos taken from different angles.
 Coded target detection: Photomodeler automatically detects applied or projected targets and solves for an accurate set of 3D points representing each target center. Coded targets provide the additional ability to reference targets between photos. The resulting points can be used for line, curve and surface modeling (and Surface Draw), or measurement and export as needed.
 Smartmatch/ DSM: Dense surface modeling tools are used to automatically detect and match features across multiple overlapping photos. The result is a dense point cloud that can optionally be triangulated/surfaced to form the shape. Projects built with DSM tools can be supplemented with traditional modeling features, such as points and lines.
 Smartmatch/ DSM-Aerial: Photomodeler UAS uses SmartMatch to automatically detect common features across overlapping aerial photos, allowing DMS to generate 3D point cloud models and surfaces. Models can be enhanced with wireframe line-work, ortho-photos, contours, volumes, geo-referencing, and more.

4) Review, measure, and export

Applications 
Some of the applications of PhotoModeler are:
 Accident reconstruction / Forensics
 Archaeology / Paleontology
 Architecture
 Biology
 Engineering
 Fabrication and Manufacturing
 Film
 Mining
 Situational Awareness (SA)

See also
Stereophotogrammetry
3D data acquisition and object reconstruction
Image-based modeling and rendering
Computer vision
3D scanner

Notes and references

Notes

 
 
 
 
 
 
 
 
 
 
 
 
 

Photogrammetry software
Wooden bicycle. A wooden bicycle is a bicycle constructed either mostly, or entirely from wood. Wood was the material used in the earliest bicycles, and is also used by modern builders, especially in balance bicycles for children. The wood can be either solid or laminate.

History
The first bicycles recorded, known variously as velocipedes, dandy horses, or hobby horses, were constructed from wood, starting in 1817.

Modern
Recent technological advances in adhesives and fabrication have made wood a feasible choice in the modern cycle world.

Wooden bicycle frames are sometimes aided by steel or composite lugs to connect the wooden tubes or attach components. These frames can be made with plywood, hardwoods, or bamboo.

HTech Bikes make Wooden bicycles.

See also 

 Bamboo bicycle
 Cardboard bicycle
 Chukudu wood bicycle
 SplinterBike

References 

Wood
Bicycles
Cody Floatplane. The Cody Floatplane (also referred to as the Cody Hydro-biplane) was designed and built by Samuel Franklin Cody as an entrant in the 1913 Daily Mail Circuit of Britain race, which offered a prize of £5,000. On 7 August 1913  the aircraft suffered a structural failure during flight trials and both Cody and his passenger were killed.

Design and development
The Cody Floatplane was a three-bay biplane of orthodox design for an aircraft of its time, with a single elevator operated by a bamboo push-rod mounted on booms in front of the wing and a single rudder and small horizontal stabiliser on booms behind it. Lateral control was effected by wing-warping. Power was provided by a  Green engine mounted on the wing centre section driving a  diameter Garuda propeller via a chain. Pilot and passenger were seated in tandem in front of the wing, using Cody's preferred metal seats, of the type used on agricultural machinery. The arrangement of the controls was unconventional by present-day standards: all the control surfaces were operated by a control column and wheel, and the throttle and engine ignition were controlled using foot pedals. It was fitted with one large central float with three steps and a pair of smaller stabilising floats positioned below the inboard interplane struts.

The machine was completed in July 1913, and made its maiden flight as a landplane on 14 July 1913. It was fitted with its floats and carried out flotation tests on the Basingstoke Canal at Mytchett on 30 July. The floats were then removed and replaced again by skids and wheels for more flight trials. Early on the morning of 7 August Cody carried out a 70-mile (113 km) test flight, with the plan of flying down to Calshot, Southampton, where the aircraft would be fitted with its floats to carry out test flights from water.  He agreed, however, to give a flight to the  Hampshire cricketer William Evans and took off at 10:30 am with Evans as a passenger. After about eight minutes the aircraft broke up in the air at a height of about 200 ft (60 m) with Cody and Evans, who were not strapped in, being thrown out of the aircraft. Both were killed. The Royal Aero Club accident investigation concluded that the accident was due to "inherent structural weakness", and suggested that Cody and Evans might have survived the crash if strapped in.

Specifications

Notes

Bibliography

 

Floatplane
Biplanes
Single-engined pusher aircraft
1910s British experimental aircraft
Aviation accidents and incidents in 1913
1913 in England
Aviation accidents and incidents in England
Aircraft first flown in 1913
Wood method. The Wood method, also known as the Merchant–Rankine–Wood method, is a structural analysis method which was developed to determine estimates for the effective buckling length of a compressed member included in a building frames, both in sway and a non-sway buckling modes.  It is named after R. H. Wood.

According to this method, the ratio between the critical buckling length and the real length of a column is determined based on two redistribution coefficients,  and , which are mapped to a ratio between the effective buckling length of a compressed member and its real length.

The redistribution coefficients are obtained through the following expressions:

where  are the stiffness coefficients for the adjacent length of columns.

Although this method was included in ENV 1993-1-1:1992, it is absent from EN 1993-1-1.

See also
 EN 1993
 Merchant–Rankine method
 Horne method

References

Structural analysis
Minotron: 2112. Minotron: 2112 is a multidirectional shooter for iOS written by Jeff Minter and Ivan Zorzin of Llamasoft.  It is a mobile remake of Llamatron for the Atari ST and Amiga, which itself is an updated version of the 1982 arcade game Robotron: 2084.  It is the Minotaur Project game representing the Mattel Intellivision.

Gameplay 
The player controls a minotaur moving in a static 2-dimensional space.  The objective is for the player to eliminate all enemies on the stage ("wave") in order to progress to the next.  Enemies appear in a variety of surreal forms, including teapots, televisions, lightbulbs, and some shapes inspired by other classic arcade games such as Berzerk.  Power-ups are also released as enemies and obstacles on the stage are destroyed.  As the stages proceed, new enemies appear, including a Mandelbrot set, shaded arrows which play a Wilhelm scream when shot, lasers which fire across the entire screen, and the player ship from Minotaur Rescue.  Existing enemies are also increased in power, gaining ability such as exploding into dangerous shrapnel or orbiting stars when destroyed.  

Ruminant animals, such as sheep and camels, wander around on the stages; these can be "rescued" by touching them, awarding a score bonus at the end of the level. (They are equivalent to the "last human family" in Robotron: 2084.)  

The game has 100 levels and two boss enemies: a giant toilet partway through the game, and Kevin Toms on level 99.  After defeating this final boss, the wave number switches to two hearts and a final level plays which contains only beasties.  Once all of these are rescued, the screen fades out to white with a feedback effect, and the game ends.

Controls
The game has several different control modes:

 In Simplified mode, the player moves the minotaur by sliding a single finger on the touchscreen; the minotaur automatically chooses its direction of fire, always aiming for the closest enemy.
 In Normal mode, the player must choose the direction of fire by swiping or sliding a second finger on the touch screen, while a "moving" finger is already in contact.
 In Assisted mode, the controls behave as in Normal mode but the player is assisted by a "droid" which moves and fires independently.
 In Hard mode, the controls behave as in Normal mode and there is no droid, plus the range of power-ups available is restricted.

Reception 
The game maintained a five-star rating on the iOS App Store and was named App Of The Week by The Register in April 2011, and received positive reviews from several other iOS gaming sites.

References 

2011 video games
IOS games
IOS-only games
Multidirectional shooters
Video game remakes
Llamasoft games
Video games developed in the United Kingdom
Single-player video games
Fieseler Fi 99. The Fieseler Fi 99 Jungtiger () was a German sports aircraft prototype, produced by Fieseler company. The aircraft was a low-wing two-seat aircraft with an enclosed cabin. It was powered by a Hirth HM 506A engine, producing .

Specifications

References

Further reading

1930s German sport aircraft
Fi 099
Single-engined tractor aircraft
Low-wing aircraft
Aircraft first flown in 1937
Autocar. Autocar may refer to:

 Autocar (magazine), a weekly British automobile magazine
 Autocar Company, an American specialist vehicle manufacturer 
 Autocars Co., an Israeli car manufacturer
 Auster Autocar, a 1940s aircraft
 1903 Petrol Electric Autocar, aa railway vehicle

See also 
 Automatic transmission, a multi-speed transmission used in motor vehicles 
 Coach (bus), a passenger-carrying vehicle
 Electric vehicle, that uses one or more electric motors for propulsion
 Otokar, a Turkish manufacturer of buses and military vehicles
 Self-driving car, a car that is capable of traveling without human input
 Steam car, propelled by a steam engine
Asafo Interchange. The Asafo Interchange is a dual carriage road system interchange in Kumasi the capital of Ashanti.

History
The construction of the interchange was necessitated by the huge traffic jams that surrounded the Asafo market area in Kumasi. The streets around the market led to the Kejetia market, West Africa's largest open market. The Kufuor administration in 2005 awarded the contract for the construction of the interchange to ease the traffic situation. The interchange cost was over $45 million and was commissioned on 9 November 2007. It was built by two Italian construction firms which worked together by the name Sarroch Gelfi JV. under one Project Manager by the name David Steinberger together with one Concrete Construction Manager who managed the entire site by the name Mohamed Ghoneim. During the construction, it was re-designed to suit the muddy organic materials which were found during the excavations for building the interchange concrete basements. As commended by the project manager, the construction of this important project in Kumasi was completed thanks to the hard work done by the local Kumasi staff employed by the contractors and from the other side by the professional supervising team from the local ministry of roads the DUR (The Department of Urban Roads) Kumasi.

Garden city
The construction of the interchange was part of several developmental projects that the then government initiated to improve the landscape of Kumasi so as  to restore the city to its former status as Ashanti's Garden City. The interchange was the first to be built in the Ashanti region.

Financial support
Money for the construction of the interchange came from the Government of Ghana as well as the World Bank, the Agence Française de Développement (AFD) and the Global Environmental Fund.

Naming controversy
Prior to the commissioning of the interchange, Nana Ampofo Kyei Baffour, chief of Asem, complained about the name for the interchange. Asem is the town in which the interchange is located. The chief wanted the interchange named after the town - Asem. He was of the view that major landmarks in his town such as the Asafo market, had all been named with no mention to his town. Though his submissions to town authorities on the matter were rejected, Baffour vowed to continue until the interchange was renamed.

References

Kumasi
Road interchanges in Ghana
Roads in Ghana
American Journal of Enology and Viticulture. The American Journal of Enology and Viticulture (AJEV) is the official journal of the American Society for Enology and Viticulture (ASEV) and is dedicated to scientific research on winemaking and grapegrowing. AJEV is a hybrid, online-based journal that publishes text or video-based research reports, reviews, insights, technical reports, and letters that span the disciplines of enology and viticulture and related fields such as biochemistry, biocontrol, chemistry, ecology, economics, engineering, management sociology, microbiology, pest management, plant biology, plant genetics, plant pathology, plant physiology, sensory and consumer sciences, soil science, waste management, and other applicable areas. All contributions are peer-reviewed, and authorship is not limited to members of ASEV. AJEV is published on a continuous basis, as contributions are accepted. Open-access contributions are published under a Creative Commons Attribution (CC BY) license. The science editor, along with the viticulture, enology, and associate editors, are drawn from academic and research institutions worldwide and guide the content of AJEV. According to the Clarivate Journal Citation Reports 2024, AJEV has a 2023 impact factor of 2.2.

AJEV was first published in 1950 as a single proceedings volume by the American Society of Enologists, founded by a group of University of California researchers and California winemakers, with further yearly proceedings published in 1951 to 1953. In 1954, the first issue of the American Journal of Enology was published and in 1955, quarterly publication began. The Journal was renamed the American Journal of Enology and Viticulture in 1966. The Society was renamed the American Society for Enology and Viticulture in 1984.

External links 
 

Academic journals established in 1950
English-language journals
Quarterly journals
Agricultural journals
1950 establishments in the United States
Academic journals published by learned and professional societies of the United States
Suzanne Lee. Suzanne Lee (born 1970) is a Brooklyn, New York based fashion designer working on fashion and future technologies.

She is a Senior Research Fellow at Central Saint Martins College of Art and Design, the Director of The BioCouture Research Project, and Chief Creative Officer at Modern Meadow.

Her recent Arts and Humanities Research Council (AHRC) funded project BioCouture looks at ecological and sustainability issues surrounding fashion.
She is working with scientists to engineer optimized organisms for growing future consumer products.

In 2007 she published Fashioning the Future: Tomorrow's Wardrobe. The book examines the work of the scientific researchers and fashion designers, such as Issey Miyake, Hussein Chalayan, and Walter Van Beirendonck, who are transforming today's science fiction into tomorrow's reality.

BioCouture

BioCouture is a research project using nature to suggest an innovative future fashion vision. Suzanne Lee uses microbial cellulose (composed of millions of tiny bacteria grown in bathtubs of sweet green tea) to produce clothing. The idea is to grow a dress in a vat of liquid.

The project used a kombucha culture, which from feeding bacteria with sugar creates cellulose fibers, which naturally self-assemble to form a non-woven sheet material. 

After 20 years, Lee is now advising startups that are copying the Biocouture process and getting funded. BioCouture has been included in Time Magazine's annual roundup of The Top 50 Best Inventions of 2010.

BioFabricate
Lee founded BioFabricate in 2014 to work at the intersection of design, biology and sustainability. They host the annual conference BioFabricate Summit where businesses that biotechnology to develop material, fashion and clothing present work.

In an interview with WIPO Magazine, Suzanne Lee explained that biofabrication involves utilizing microorganisms to create materials and ingredients for human use, such as fuel, food, and fibers. Lee envisions these organisms as the cell factories of the future, providing high-value ingredients without depleting precious land resources: "The ultimate goal is to bring individuals together to use biomaterials for consumer goods and grow the sector."

Biofabricate's current activities include building an educational platform for brands to learn about biomaterials, creating a reference book for creative professionals, and collaborating with global brands on their biomaterial innovation strategies.

References

Further reading
 Suzanne Lee, "Fashioning the Future: Tomorrow's Wardrobe", Thames & Hudson, 2005
 Nicholas Jordan, "From teabags to T-shirts", The Australian, 30 May 2011
 Stefania Vourazeri, "V.O.W N°8 // BioCouture by Suzanne Lee", Yatzer, 25 February 2011
 Catherine Jewell, "Designing with life: Biofabricate's Suzanne Lee envisions a “new material world”", WIPO Magazine, May 2023

External links
 
 Bio-Couture on Exposureroom, Video for the new Trash Fashion exhibition at the Science Museum (archived in 2011)

1970 births
Living people
American fashion designers
American women fashion designers
Bioart
21st-century American women
Seedskadee Project. The Seedskadee Project is a water resources development project of the U.S. Bureau of Reclamation. The project focuses on the upper Green River in western Wyoming, storing the river's waters in Fontenelle Reservoir. The project is associated with the Colorado River Storage Project, retaining the waters of the Green for use in the upper Colorado Basin. Water held behind Fontenelle Dam, built from 1961 to 1968,  is used for hydroelectric power generation and industrial use. The reservoir supports recreational use. 

As originally conceived, the Seedskadee Project was planned to provide irrigation water for the high desert of western Wyoming.  Authorized in 1956 with other elements of the Colorado River Storage Project, construction of the irrigation elements of the project were suspended in 1962 for study of the economics of high-altitude irrigation. The  Seedskadee Development Farm was established as a pilot operation to explore irrigation methods in cooperation with the U.S. Department of Agriculture and the University of Wyoming. As it became apparent that potential crops were limited to livestock fodder, precluding high-value crops that could provide a high return on investment, the attractiveness of irrigation faded. The farm operated until 1972 and has not operated since. The project chiefly protects Wyoming's water rights and provides water to mining and power generation activities in the Green River, Wyoming area.

See also
 Seedskadee National Wildlife Refuge, established to mitigate wildlife habitat loss resulting from the construction of the Fontenelle Reservoir and Flaming Gorge Reservoir

References

External links
 Seedskadee Project at the Bureau of Reclamation

Colorado River Storage Project
Lincoln County, Wyoming
Sweetwater County, Wyoming
Irrigation Districts of the United States
United States Bureau of Reclamation