• Installed electro -
mechanical devices in high voltage stations.
Deeply familiar with observing
mechanical devices in operation and determining their problems through thorough inspections.
She works with mixed media and organic materials such as cloth, fibers, and beeswax, creating multiple forms that are joined with crude hardware or
mechanical devices in ways that imply tenuous connections and aberrations.
Understanding the value of using
mechanical devices in his work with pigeons, he created a crude prototype over the next few days, using a series of cards containing questions, within a box with sliders to «dial in» the answers.
This technique was then implemented on a micron - scale
mechanical device in Schwab's low - temperature laboratory at Caltech.
CNC Machine Operator Job Description Example The CNC machine operator is a person who creates a model for various computer programs that aids the functioning of
the mechanical device in drilling, shaping and cutting materials used for production in industries.
Not exact matches
While Wang has already developed self - healing versions of lithium - ion batteries, artificial muscles for use
in the robotics industry, electronic skins and soon a touch panel, he notes that his polymer has limited
mechanical properties, lacking the necessary strength and impact resistance required by most consumer
devices.
Aircraft designers are keenly interested
in the whale's flippers, for they realize that aircraft would evidently need fewer wing flaps or other
mechanical devices to alter airflow.
Thanks to the
mechanical devices which we increasingly charge with the burden not only of production but also of calculation, the quantity of unused human energy is growing at a disturbing rate both within us and around us; and this phenomenon will reach its climax
in the near future, when nuclear forces have been harnessed to useful work.
While the article wove together a few strands from the common law, it largely built its case for such a right on «recent inventions and business methods» such as «instantaneous photographs and... numerous
mechanical devices [that] threaten to make good the prediction that «what is whispered
in the closet shall be proclaimed from the house - tops.
If the fluid is stirred slowly by a
mechanical device (so that there is no diffusion) the droplet is eventually drawn into a fine thread that is distributed throughout the whole system
in such a way that it is no longer even visible to the eye.
The Greene Turtle is not responsible for interrupted or unavailable network server or other connections, miscommunications, computer transmissions or jumbled, scrambled or misdirected transmissions, or for electrical, network, computer or mobile
device hardware or software or program or application malfunctions, failures or difficulties or for other errors, omissions interruptions or deletions of any kind whether human,
mechanical or electronic or for any damage to any person's computer or mobile
device related to participating
in the Turtle Rewards program.
«O» also has been trained
in using the calf jack — a
mechanical device used to assist
in deliveries.
Alvarez, who spent a decade leading healthcare and clinical research teams, interviewed about 5,000 women about what their pumping experiences and worked with her husband, a
mechanical engineer who specializes
in medical
devices, to create a prototype out of a surgical glove, washer, syringe and duct tape.
«We discovered a surprising
mechanical chewing
device inside the female reproductive tract lined with a spectacular array of tooth - like structures that can gnaw through the hard outer shell
in a matter of hours,» says Morehouse.
These materials are also used
in everyday
devices, such as loudspeakers, which rely on piezoelectrics to convert electrical signals to
mechanical vibrations which create sound waves to produce the desired acoustic signal.
Its unique thermal, chemical and
mechanical stability means it can also be used as an absorbent,
in electronic
device fabrication, as a cutting tool material or as an alternative for surgical material for implants.
To tune how much light is received, conventional
devices use
mechanical contraptions like the blades that form the adjustable aperture
in cameras.
Various
devices have been employed called «hold - outs,»
mechanical contrivances concealed
in the sleeve or vest which by a very slight pressure or movement
in one direction, will instantly shoot out a card into the gambler's hand and recede again into the sleeve.
Although such measurements have been performed
in much larger scale systems, the latest results were achieved within a micrometer - sized waveguide — a thin wire that guides light — and demonstrated the use of optical torque to induce rotational motion
in a microscale
mechanical device.
«
In a way, one must learn to see things from the molecules» point of view, considering forces such as random thermal motion that one would never consider when building an agricultural water pump or any other
mechanical device.»
The
device, which Frias is testing
in animals during a postdoc at the Institute of
Mechanical Engineering and Industrial Management
in Porto, has yielded six peer - reviewed papers, a patent, and increasing attention from the medical community.
Meanwhile, Viceconti, who holds a
mechanical engineering degree and a Ph.D.
in the design of medical
devices, specializes
in computational biomechanics.
In 2017, they'll try the
device on human participants — paralyzed patients who will use stentrodes to control
mechanical exoskeletons.
Imagine a single particle, only one - tenth the diameter of a bacterium, whose miniscule jiggles induce sustained vibrations
in an entire
mechanical device some 50 times larger.
By taking clever advantage of the interplay between light, electrons on the surface of metals, and heat, researchers at the National Institute of Standards and Technology (NIST) have for the first time created a plasmomechanical oscillator (PMO), so named because it tightly couples plasmons — the collective oscillations of electrons at the surface of a metal nanoparticle — to the
mechanical vibrations of the much larger
device it's embedded
in.
They also had
in order to make the contest as fair as possible, contestants and Jeopardy! have to click a little button
in order to buzz
in, because they didn't want to give Watson an unfair advantage of just being able to electronically signal, they actually built a
mechanical button clicker that Watson will then have to trigger and then that
mechanical device would have to come down on the button to give us the same amount of delay as the real contestants have.
Chemist John Pojman of Louisiana State University
in Baton Rouge adds that such roving droplets «might be useful as a pumping mechanism for microfluidics, converting chemical energy to
mechanical motion
in small
devices,» such as the microfluidic labs - on - a-chip many researchers are developing as diagnostic machines.
«Potentially, a moving
mechanical contact could be used as a way to make very good power switches
in small electronic
devices,» Li says.
A
mechanical device using the vacuum system, which incorporates the reduced - oxygen method, has been successfully tested on zebra mussels
in the laboratory;
in November 1996, it too was granted a U.S. Patent (# 5,578,116).»
Andrew Dimarogonas, professor of
mechanical engineering at Washington University
in St Louis, says that his patented
device should be safer and more accurate than X-rays.
The study, Developing an Interventional Stroke Service: Improving Clinical Outcomes and Reducing Cost and Delivering Great Cost Savings Benefits to Health Economy, conducted at the University Hospital of North Midlands, Stoke - on - Trent, U.K., found that
mechanical thrombectomy (the use of a
device to retrieve a clot from the vessel)
in the treatment of stroke reduced the average stroke patient's hospital stay to 14 days when compared to previously recorded 90 days.
«Our experimental setup consists of a paper
device with eight electrochemical biosensors — for handy, one - time, disposable use — and a custom - made, handheld electrochemical reader, or potentiostat, to keep costs as low as possible,» explained Xinyu Liu, an assistant professor
in the Department of
Mechanical Engineering at McGill University.
Samuel Schorr, a
mechanical engineer at Stanford University
in Palo Alto, California, who studies haptics
in virtual reality, praises the work for comparing different types of
devices using different types of tasks.
Wings based on humpback flippers could do away with wing flaps and flow - control
devices, minimizing risk of
mechanical failure and increasing fuel space, the researchers recount
in the May issue of Physics of Fluids.
The new
device was designed by
mechanical engineer Leslie Yeo of Monash University
in Clayton, Australia, and colleagues.
To use this motion - sensing technique
in a practical
device, Aksyuk and Roxworthy embedded the gold nanoparticle
in a microscopic - scale
mechanical structure — a vibrating cantilever, sort of a miniature diving board — that was a few micrometers long, made of silicon nitride.
Gabor explained that the quantum
mechanical phenomenon his team observed
in their
device is similar to what occurs when cosmic rays, coming into contact with the Earth's atmosphere with high kinetic energy, produce an array of new particles.
In 2004 Francis Tay, a mechanical engineering professor in Singapore, invented the MEMSwear device — a tiny silicon - based sensor embedded in a shirt that notices if the wearer has a fall and then communicates an alert to a cell phone or computer via the wireless Bluetooth standar
In 2004 Francis Tay, a
mechanical engineering professor
in Singapore, invented the MEMSwear device — a tiny silicon - based sensor embedded in a shirt that notices if the wearer has a fall and then communicates an alert to a cell phone or computer via the wireless Bluetooth standar
in Singapore, invented the MEMSwear
device — a tiny silicon - based sensor embedded
in a shirt that notices if the wearer has a fall and then communicates an alert to a cell phone or computer via the wireless Bluetooth standar
in a shirt that notices if the wearer has a fall and then communicates an alert to a cell phone or computer via the wireless Bluetooth standard.
Liu, a faculty member
in both bioengineering and
mechanical engineering at Lehigh University, is
in the early stages of testing his
device in a clinical setting — and the results are promising.
For the first time, engineers have developed a fast random number generator based on a quantum
mechanical process that could deliver the world's most secure encryption keys
in a package tiny enough to use
in a mobile
device.
With a strong coupling, the
device achieves an exchange of energy and information between the microwave and
mechanical resonator systems
in a way that exceeds the dissipation — or diminishing energy — of each of the individual systems.
«This work is an example of harnessing the power of biology to design new materials and
devices and achieve new functions,» says Xuanhe Zhao, the Robert N. Noyce Career Development Associate Professor
in the Department of
Mechanical Engineering and a co-author on the paper.
According to the authors on the paper «Flexible Ionic Devices for Low - Frequency
Mechanical Energy Harvesting» published online
in the journal Advanced Energy Materials, «The peak power density of our
device is
in general larger than or comparable to those of piezoelectric generators operated at their most efficient frequencies.»
While these
devices offer a glimpse into an exciting future — eventually the monitors may be able to automatically adjust insulin pump doses, operating as a kind of
mechanical pancreas — a few major obstacles remain
in the short term.
The researchers view their system as an alternative to the microfluidic
devices now commonly used
in biological research,
in which biological solutions are pumped through microscopic channels connected by
mechanical valves.
In order to qualify for participation in the Star Tiger programme, applicants should have experience in one or more of the following research areas: lithography, microelectromechanical systems fabrication, radio frequency (RF) system design, optical and RF photonic bandgap design, test and measurement, charge - coupled device imaging, packaging / micro / self - assembly, mechanical design, materials sciences, solid state physics, or general physic
In order to qualify for participation
in the Star Tiger programme, applicants should have experience in one or more of the following research areas: lithography, microelectromechanical systems fabrication, radio frequency (RF) system design, optical and RF photonic bandgap design, test and measurement, charge - coupled device imaging, packaging / micro / self - assembly, mechanical design, materials sciences, solid state physics, or general physic
in the Star Tiger programme, applicants should have experience
in one or more of the following research areas: lithography, microelectromechanical systems fabrication, radio frequency (RF) system design, optical and RF photonic bandgap design, test and measurement, charge - coupled device imaging, packaging / micro / self - assembly, mechanical design, materials sciences, solid state physics, or general physic
in one or more of the following research areas: lithography, microelectromechanical systems fabrication, radio frequency (RF) system design, optical and RF photonic bandgap design, test and measurement, charge - coupled
device imaging, packaging / micro / self - assembly,
mechanical design, materials sciences, solid state physics, or general physics.
In mechanical microdevices, this method of transport moves fluids without a separate pump - saving precious space in lab - on - a-chip and futuristic organ - on - a-chip devices — but this transport method is difficult to finely contro
In mechanical microdevices, this method of transport moves fluids without a separate pump - saving precious space
in lab - on - a-chip and futuristic organ - on - a-chip devices — but this transport method is difficult to finely contro
in lab - on - a-chip and futuristic organ - on - a-chip
devices — but this transport method is difficult to finely control.
«Through our theoretical analysis, we've shown that by keeping the same peristalsis hardware, we may obtain an enhanced on - the - fly controllability of the flow rate by augmenting the
device with electric fields,» said Suman Charkraborty, a professor
in the institute's
Mechanical Engineering Department, and the Head of its School of Medical Science and Technology.
Kar and his colleague Yung Joon Jung, an associate professor
in the Department of
Mechanical and Industrial Engineering, have developed a series of novel
devices that do just that.