Our new Laser Applied Powder workstation.

Author: JoiningTech
Keywords: Robots Welding Aerospace Cladding
Added: August 27, 2008

Intelligent Robotic Device "The Robotic Chair"in the short film Robotic Chair by Peter Lynch. Raffaello D'Andrea, an associate professor of mechanical and aerospace engineering at Cornell University, has created a chair in conjunction with Canadian artist Max Dean that can crumple itself into a disjointed pile of wood and then reassemble itself. Dean came up with the vision and D'Andrea, who advises the university's robot teams, designed it. Another Canadian artist and a former student of D'Andrea's then helped them build it. "It has no utilitarian value," D'Andrea said in a prepared statement. "It is an art piece." The chair contains 14 motors, two gearboxes and other parts. Algorithms help the parts that can move on the robot find its missing parts. Years earlier, the two built a table that followed people around.More info:http://www.raffaello.name/RoboticSculpture.html

Author: MediaArtTube
Keywords: robot art intelligent device chair
Added: August 26, 2008

Ninety people and two robots came to Team STELLAR's first public forum.

Author: stellarrdu
Keywords: Team STELLAR mechanical aerospace engineering NCSU NC State University Raleigh
Added: August 26, 2008

Passadinha no centro de Nagoya.E tambem uma passadinha pela estacao de Nagoya. Eu e Teruo. Musica: um classico de Ishihara Yujiro. Nagoya (名古屋市, Nagoya-shi?) is the fourth-largest city in Japan. Located on the Pacific coast in the Chūbu region on central Honshū, it is the capital of Aichi Prefecture and is one of Japan's major ports along with those of Tokyo, Osaka, Kobe, Yokohama, Chiba, and Hakata. It is also the center of Japan's third largest metropolitan region, known as the Chūkyō Metropolitan Area. As of 2000, Chūkyō Metropolitan Area has 8.74 million people, of which 2.17 million live in the city of Nagoya. In 1610, Tokugawa Ieyasu moved the capital of Owari province from Kiyosu around seven kilometers to a more strategic location in present-day Nagoya. A new large castle, Nagoya Castle, was constructed partly from materials sourced from Kiyosu Castle. Along with the construction, the entire town of around 60,000 people, including the temples and shrines, moved from Kiyosu to the new planned town around Nagoya Castle.[2] Around the same time not far away, the ancient Atsuta Shrine was designated as a way station called Miya (the Shrine) on the important Tōkaidō that linked the two capitals of Kyoto and Edo (now Tokyo). The town thus developed around the temple to support travelers. The combination of these two castle and shrine towns forms what we now call Nagoya. Through the following years Nagoya became an industrial hub for the surrounding region. Its economic sphere included the famous pottery towns Tokoname, Tajimi and Seto, as well as Okazaki, one of the only places where gunpowder was produced under the shogunate. Other industries in the area included cotton and complex mechanical dolls called karakuri ningyo. Part of the modernization efforts of the Meiji Restoration saw a restructuring of Japan's provinces into prefectures and the government changed from family rule to that by government officials. Nagoya was proclaimed a city on October 1, 1889, and designated a city on September 1, 1956 by government ordinance. The city's name was historically written as the older Emperor of that time (also read as Nagoya), and as the city is located between Kyoto, Shikoku and Tokyo, it was also historically known as "central capital" (中京, Chūkyō) Nagoya is the center of the Greater Nagoya which earns 70 percent of a trade surplus of Japan [4]. Nagoya's main industry is the automotive business, as many Japanese automotive companies are based out of Nagoya, akin to how many U.S. automakers are based out of Detroit. Toyota is headquartered in the Toyota and Nagoya. Mitsubishi Motors has R & D division in Okazaki located in a suburb of Nagoya. Many Japanese automotive suppliers such as DENSO, Aisin Seiki, Toyota Industries, JTEKT or Toyota Boshoku etc. is headquartered in Nagoya or suburbs of Nagoya. Furthermore, major automotive suppliers such as Magna International or PPG also have a presence in Nagoya. JR Central, which operates the Tōkaidō Shinkansen, is headquartered in Nagoya, as is the fine ceramics company Noritake, Brother Industries which is known for office machines such as multifunction printers, NGK which is known for spark plugs and related products, Nippon Sharyo which is known for rolling stock include Shinkansen or Hoshizaki Electric which is known for commercial ice machines and refrigeration equipment. The Japanese confectionery company Marukawa is headquartered in Nagoya. There is also a sizable aerospace,machine tool and electronics industry in the area.[citation needed] Recently, robot technology is energetically raised in this area where the many Karakuri ningyo are inherited as a traditional arts. In addition to the aircraft industry,robot industry and material industry are developing in this area.[citation needed] Nagoya is also known as the birthplace of pachinko. Ibanez Guitars is based in Nagoya

Author: athenathon77
Keywords: nagoya centro center hometown mermaid cafe station train people enka ishihara yujiro meitetsu espiral spiral statue sightseeing tourism downtown ciudad village department kabuki mode hall fashion
Added: August 25, 2008

Creare has provided engineering research, development, and consulting services to an international customer base. We have a reputation for creating innovative solutions to the most challenging of engineering problems. Core areas of expertise include fluid dynamics and heat transfer, cryogenics, robotics, data systems, advanced materials, control systems, and aerospace and biomedical engineering. http://www.creare.com/

Author: NASAHallmarkVideos
Keywords: NASA Langley SBIR STTR fluid dynamics heat transfer cryogenics robotics data systems advanced materials control aerospace biomedical engineering
Added: July 18, 2008

Pegasus, Patán XP i Simba han rebut el primer premi en les categories de robots lluitadors de sumo, rastrejadors i lluitadors de minisumo, respectivament, dins del concurs AESSbot'08, organitzat al Campus Nord per l'associació Aerospace & Electronic Systems Society (AEES Estudiants).

Author: UPCchannelnews
Keywords: concurs robotica sumo rastrejadors lluitadors minisumo universitat politecnica catalunya
Added: July 4, 2008

Collection of student created CAD animation (using Pro/Engineer Wildfire 3.0) for their final project in course MAE377, Product Design in CAD Environment at the State University of New York at Buffalo, Mechanical & Aerospace Engineering Department. The animations in this video: 1. Ryan Spies - "The Artic Playset"; 2. David Pohl - "Water Gun"; 3. Richard Linares - "Space System"; 4. Casey Robertson - "Exercise Bike"; 5. Jacob Merill - "Mars Rover"; 6. Brian Hamilton - "Humanoid Robot"; 7. Philip Carlisle - "Cooking Grill"; 8. Santiago Balbin - "Humanoid Robot"; 9. Steward McClain - "Gaming Mouse". The video animation is part of the requirement for the final project. Related Videos- Pro/Engineer Design Animation Tutorial http://www.youtube.com/watch?v=PHWoUx7hySQ Pro/Engineer Design Animation - Cell Phone http://www.youtube.com/watch?v=XIA1JsWV-TA Student Final Project Presentation: http://www.youtube.com/watch?v=fYfly3dP86o http://www.youtube.com/watch?v=xQ8U18XoY-Q http://www.youtube.com/watch?v=b3E-klZrfgk http://www.youtube.com/watch?v=eMgPnKpQjKM For more info, visit: University at Buffalo: http://www.buffalo.edu School of Engineering and Applied Sciences http://www.eng.buffalo.edu Mechanical & Aerospace Engineering Dept: http://www.mae.buffalo.edu Leng-Feng Lee's website: http://www.eng.buffalo.edu/~llee3 --------

Author: lengfenglee
Keywords: mae377 cad presentation product design pro engineer engineering Pro/engineer animation
Added: June 30, 2008

Follow the adventure: The Maple Leaf on Mars Podcast 1: An Amazing Journey For more info, see http://www.space.gc.ca/asc/eng/exploration/phoenix.asp

Author: Cdnspaceagency
Keywords: Phoenix Mars Lander Canada space planet mission robotics aerospace NASA
Added: May 21, 2008

Honeybee Robotics designs, develops, and supplies automated mechanisms for industrial, defense, and aerospace applications. Their products include solar array drives and deployment devices, automated drills and sampling systems, spacecraft mechanisms, and custom electromechanical subsystems for spaceflight. They completed over 90 projects for NASA, plus numerous others for clients as diverse as the Department of Defense and Con Edison.

Author: NASAHallmarkVideos
Keywords: NASA SBIR STTR Honeybee Robotics automated mechanisms aerospace solar array devices drills spacecraft electromechanical
Added: May 21, 2008

Description: Video of MAE505, Mechatronics Class Final Project. MAE505 is a graduate class in Mechanical & Aerospace Engineering Department of University at Buffalo. Date: Spring 2003. For more info, visit: 1. ARMLAB http://mechatronics.eng.buffalo.edu 2. UB MAE Department http://www.mae.buffalo.edu 3. University at Buffalo http://www.buffalo.edu

Author: ubarmlab
Keywords: mobile robot mechatronics mae505 basicstamp
Added: May 9, 2008

Description: Video of MAE505, Mechatronics Class Final Project. MAE505 is a graduate class in Mechanical & Aerospace Engineering D Description: Video of MAE505, Mechatronics Class Final Project. MAE505 is a graduate class in Mechanical & Aerospace Engineering Department of University at Buffalo. Date: Spring 2003. For more info, visit: 1. ARMLAB http://mechatronics.eng.buffalo.edu 2. UB MAE Department http://www.mae.buffalo.edu 3. University at Buffalo http://www.buffalo.edu

Author: ubarmlab
Keywords: mobile robot mechatronics mae505 basicstamp
Added: May 9, 2008

Description: Video of MAE505, Mechatronics Class Final Project. MAE505 is a graduate class in Mechanical & Aerospace Engineering Department of University at Buffalo. Date: Spring 2003. For more info, visit: 1. ARMLAB http://mechatronics.eng.buffalo.edu 2. UB MAE Department http://www.mae.buffalo.edu 3. University at Buffalo http://www.buffalo.edu (more)

Author: ubarmlab
Keywords: mobile robot mechatronics mae505 basicstamp
Added: May 9, 2008

Description: Video of MAE505, Mechatronics Class Final Project. MAE505 is a graduate class in Mechanical & Aerospace Engineering Department of University at Buffalo. Date: Spring 2003. For more info, visit: 1. ARMLAB http://mechatronics.eng.buffalo.edu 2. UB MAE Department http://www.mae.buffalo.edu 3. University at Buffalo http://www.buffalo.edu

Author: ubarmlab
Keywords: mobile robot mechatronics mae505 basicstamp
Added: May 9, 2008

Description: Video of MAE505, Mechatronics Class Final Project. MAE505 is a graduate class in Mechanical & Aerospace Engineering Department of University at Buffalo. Date: Spring 2003. For more info, visit: 1. ARMLAB http://mechatronics.eng.buffalo.edu 2. UB MAE Department http://www.mae.buffalo.edu 3. University at Buffalo http://www.buffalo.edu

Author: ubarmlab
Keywords: mobile robot mechatronics mae505 basicstamp
Added: May 9, 2008

This video shows the tracking of a moving target by a robotic arm makes by students of McGill University (Montreal, Quebec, Canada) Aerospace Mechatronics Lab.

Author: Willhelm007
Keywords: McGill University Montreal Quebec Canada robot robotic tracking arm IA target moving
Added: May 7, 2008

The video shows a step by step capture of a balloon by a robotic arm. The robot was make by McGill University (Montreal, Quebec, Canada) students of the Aerospace Mechatronics Lab.

Author: Willhelm007
Keywords: tracking approach aligment roll capture Montreal Quebec Canada McGill university robot IA robotic arm balloon
Added: May 7, 2008

Launch: March 11, 2008 2:28 a.m. EDT Launch Pad: 39A, Kennedy Space Center, Florida --------------------------------------- Space shuttle Endeavour vaulted off the launch pad lighting up the night sky with a crew of seven to deliver the Japan Aerospace Exploration Agency's Kibo laboratory and a Canadian robotics system to the International Space Station. NASA astronaut Dominic Gorie commanded the STS-123 mission, which included Pilot Gregory H. Johnson, and Mission Specialists Rick Linnehan, Robert L. Behnken, Mike Foreman, Garrett Reisman and the Japan Aerospace Exploration Agency's astronaut, Takao Doi. After the flawless launch, Endeavour's record-breaking 12-day stay at the station and five ambitious and successful spacewalks, the astronauts accomplished all of their assignments, including some get-ahead tasks for the upcoming STS-124 mission. The shuttle crew, working with the Expedition 16 members, attached the first section of the Kibo component to the station -- Kibo means 'hope' in Japanese. Three spacewalks later the two-armed robotics system known as Dextre was up and running. Completing 6.6 million miles and nearly 16 days in space, the shuttle crew was ready for the journey home. Low clouds over and around the Shuttle Landing Facility at NASA's Kennedy Space Center thwarted the first landing attempt. The second opportunity brought shuttle Endeavour and its crew safely back to Earth at 8:39 p.m. EDT, March 26. The European Space Agency's astronaut, Leopold Eyharts, returned with the STS-123 crew after living on the outpost since early February. Reisman, a first-time space flyer, replaced Eyharts as Expedition 16-17 Flight Engineer. Twin sonic booms were heard over Florida's Space Coast a few minutes before the orbiter glided down out of the night sky onto the runway for a perfect touchdown. Endeavour's night landing was the 22nd in space shuttle history and the 16th night landing at Kennedy. Source of this article: http://www.nasa.gov Source of the video: own video

Author: sstar1711
Keywords: Space Shuttle Launch Endeavour STS-123 STS 123 NASA Kennedy Center Pad 39A March 11 Night
Added: May 3, 2008

Andy Ruina, Professor of Theoretical and Applied Mechanics and Professor of Mechanical and Aerospace Engineering, talks briefly on the building and function of the Cornell Ranger robot. Jason Cortell, Biorobotics Lab Manager, and Gregory Stiesberg, graduate student in physics, demonstrate other walking machines they developed in the Biorobotics and Locomotion Laboratory at Cornell University. Visit http://www.syracuse.com for more news and multimedia.

Author: poststandardvideo
Keywords: Cornell Ranger robot Theoretical and Applied Mechanics Aerospace Engineering Biorobotic post-standard
Added: May 2, 2008

Mindstorms RCX: IR Detection and Avoidance of Obstacles with a Differential Steering, Legged Robot Programmed with NQC. The Aluminum Foil was used to enhance the reflection of the relatively weak Lego IR emitters.

Author: wwjohanns
Keywords: Mindstorms Legged Robot IR Avoider Iowa State University Aerospace Controls
Added: May 1, 2008

Latest flight tests of our new avionics HW &SW that allows user to upload Simulink controller to the in-flight UAV aerial hardware, switch instantaneously between the running controller and the newly uploaded one without interruptions and tune the new controller in-flight. Will be soon available for UAV research and educational labs to study various concepts (swarm theory, coordinated flying, phased arrays and many more), with applications in resource and security monitoring, search and rescue operations, military operations, automated traffic reporting etc. Video shows coordinated mission, where red aircraft is waiting to be relieved by the blue one. The blue aircraft flies a pattern and communicates to the red aircraft to land. Both aircrafts are fully autonomous. Shown trajectory is actual flight path. www.quanser.com

Author: Quanser
Keywords: Quanser Simulink Matlab avionics unmanned autonomous vehicle surveillance aerospace cooperative research
Added: April 21, 2008