View allAll Photos Tagged MaterialScience
My boss/advisor along with a fellow student are on the left, mouths wide open in amazement at the beautiful Cambridge University Christ's College Courtyard where students spend their time studying and socializing during months warmer than October when this was taken.
Employer: Drexel University
Major: Materials Science and Engineering
Qualtrics ID: 68.80.13.227
BI LED ACHROMATIC PLASTIC LENS
•OEM Make & Model: Ford Motor Co. 2013MY Lincoln® MKZ® luxuary sedan
•Tier Supplier/Processor: Valeo Sylvania / Eschenbach Optik GmbH
•Material Supplier / Toolmaker: Bayer MaterialScience / Eschenbach Optik GmbH
•Material / Process: Makrolon® LED2245 PC
•Description: This is the first time a plastic lens has been used as a headlamp projector. The achromatic plastic lens with microstructure features allows 2 different beam patterns (high- and low-beam) to be created with a single-piece PC lens produced in a single molding operation. The lens is laser welded to the lens bracket for precision location. Versus glass, the plastic lens can be lit with an LED instead of halogen lamp (saving energy), provides a 45% weight reduction and a cost save of $14.30 USD / vehicle, and offers far greater styling versatility.
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
Electronic analogue multimeter for measuring direct and alternating voltage and current, and for measuring resistance.
Netzfreies, elektronisches Analogmessinstrument mit Messverstärker und mit 8 wählbaren Skalen für 66 Messbereiche für Strom-, Spannungs- und Widerstandsmessungen.
We are a company engaged in National & International Welding, NDT(Non Destructive Test), and Metallurgical Training and Certification with 10 years of experience ready to conduct training in National and International areas.
We provide training including:
- Welding Engineer Training (IWE): Duration 448 Hours
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- Welding Practicioner (IWP) Training : 150 Hours Duration
- Training Welding Inspection Personnel Level B-S-C (IWIP): Duration 105-157-219 Hours
- Welder Training (IW): 83 hours theoretical duration
- NDT Inspector Level 2 Training : MT, PT, UT, RI
100% payment maximum 2 weeks before training starts.
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This experiment explains the principle behind the use of a parabolic trough in the heating of liquids and the benefits it offers. A parabolic trough enables a larger share of incident energy to be utilised. It so increases the efficiency of the apparatus.
Dieser Versuch verdeutlicht das Prinzip der Erwärmung von Flüssigkeiten mithilfe einer Parabolrinne und deren Vorteile. Durch die Parabolrinne ist es möglich, einen größeren Anteil der eintreffenden Energie zu nutzen, dies steigert den Wirkungsgrad der Apparatur.
Water warms up as it flows through the fully assembled solar collector. The temperature increase is a function of the flow rate of the water.
Mit dem vollständigen Solarkollektor wird durchströmendes Wasser erwärmt. Die Temperaturerhöhung ist von der Volumenstärke des Wassers abhängig.
The wind wheel is operated by means of a blower and a connected "consumer" (for example a light bulb or a LED) is light up. Observe the wind wheel with and without consumer.
Das Windrad wird durch ein Gebläse angetrieben und ein "Verbraucher" angeschlossen, also z.B. eine Glühlampe oder eine LED zum Leuchten gebracht. Beobachte das Windrad mit und ohne Verbraucher.
Across the globe PHYWE is one of the preferred suppliers for all products and services needed for the teaching of pure science and its technical applications in schools, colleges and universities. PHYWE solutions are outstanding in terms of quality, innovation and value for money. They are continuously useful and of great value to all their users.
PHYWE ist einer der weltweit bevorzugten Systemlieferanten für alle Produkte und Dienstleistungen zu naturwissenschaftlicher Aus-und Weiterbildung und deren technische Anwendungen und Applikationen an Schulen und Hochschulen. PHYWE Lösungssysteme sind in Bezug auf Qualität, Innovation und Preis-Leistungsverhältnis herausragend und bieten einen nachhaltigen Nutzen und Mehrwert für den Anwender.
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
Taken from atop the Great St. May's Church, this picture looks down onto Cambridge University's historic King's College. Also shown in the picture are the rooftops of various shops, cafes, and school buildings that make Cambridge such a unique place. Taken during October, 2012.
Employer: Drexel University
Major: Materials Science and Engineering
Qualtrics ID: 68.80.13.227
According of Stefan-Boltzmann's law, the energy emitted by a black body per unit area and unit time is proportional to the power "four" of the absolute temperature of the body.
Nach dem Stefan-Boltzmann-Gesetz ist die Energie, die von einem schwarzen Körper per Flächeneinheit und Zeiteinheit emittiert wird, proportional zur Leistung "vier" der absoluten Temperatur des Körpers.
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
The dark particles are ultrafine, high-quality powders produced from difficult to shape structural metals or ceramics. The white particles are polymer binders. By carefully mixing powders and binders, Ames Laboratory scientists can create unique blends to make components with unlimited and complex shapes.
The West Virginia University Alumni Association inducted an internationally respected business leader, the president of America’s largest physicians organization and a public relations executive into the WVU Academy of Distinguished Alumni at 7 p.m. Friday, Feb. 6, in the Ruby Grand Hall of the new Erickson Alumni Center.
The 2009 class includes Greg Babe, president and chief executive officer of Bayer Corp. and Bayer MaterialScience LLC; Dr. Nancy Nielsen, president of the American Medical Association and senior associate dean of the State University of New York at Buffalo School of Medicine and Biomedical Sciences; and Scott Widmeyer, chairman and CEO of Widmeyer Communications.
“The accomplishments of this group are very impressive,” said Stephen L. Douglas, president and CEO of the WVU Alumni Association. “This is a wonderful testament to what our graduates can achieve with the experiences and education provided by WVU. They are very deserving of this honor, and we are thrilled to recognize them with induction into the academy.”
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
A view of the incredible skyline of Shanghai, taken from Shanghai's tallest building - the Shanghai World Financial Center. The picture is taken from the oberservatory, which is 1,555 ft above ground level!
Employer: Drexel-SARI Center
Major: Material Science and Engineering
Qualtrics ID: 174.141.139.186
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
This device set is ideally suited to shared-work experiments with school groups.
Dieses Geräte-Set ist optimal geeignet für arbeitsteiliges Experimentieren mit Schülergruppen.
21 detailed descriptions to the experimental sets TESS Acoustics set 1 and set 2. Consists of student sheets and additional teacher information.
22 ausführliche Versuchsbeschreibungen zu den Gerätesets TESS Akustik Set 1 und Set 2. Mit Schülerarbeitsblättern und Lehrerinformationen. Didaktisches Hilfen-System bei Versuchen mit Softwareunterstützung.
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
Four weeks in a salt-spray chamber have turned this galvanized nut and bolt into a tiny chemical landscape. The protective zinc coating, meant to sacrifice itself first, has reacted with chloride-rich droplets to form pale crusts of zinc salts, while tiny fractures in the layer let moisture and oxygen bite into the steel beneath, blooming into deep orange iron oxides. What looks like erosion is really a slow conversation between metal and sea water — corrosion chemistry made visible, one crystal and flake of rust at a time.
The Summer Palace, located in Beijing, is surrounded by the beautiful scenery provided by Longevity Hill and Kunming Lake, making it my ideal Summer home.
Employer: Drexel-SARI Center
Major: Material Science and Engineering
Qualtrics ID: 174.141.139.186
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
A toy soldier on the streets of Shanghai stealthily follows tourists.
Employer: Drexel-SARI Center
Major: Material Science and Engineering
Qualtrics ID: 174.141.139.186
LIGHT GUIDE AS BATTERY-CHARGE INDICATOR
•OEM Make & Model: 2013MY Ford Motor Co. Ford® C-Max® & Fusion® PHEV, Focus BEV
•Tier Supplier/Processor: Valeo Management Services
•Material Supplier / Toolmaker: Bayer MaterialScience / Eschenbach Optik GmbH
•Material / Process: DF21 8N DF21 PC / not provided
•Description: This is the first use of diffusive PMMA as a light guide to indicate battery charge on the outside of PHEV/BEV vehicles. The light guide provide freedom to the stylist to design the charge port in various shapes while reducing the number of LEDs needed and improving craftsmanship.
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use
This close-up shows an organic-coated steel joint fastened with zinc-galvanized bolts and nuts, after exposure to alternating climatic conditions — controlled cycles of humidity, temperature, and condensation designed to accelerate natural aging. The orange bloom of oxidation marks the gradual breakdown of protective coatings, a visible dialogue between chemistry and mechanical stress. Later tested on a universal testing machine, the sample reveals how even engineered protection evolves under time and atmosphere — a quiet yet precise record of how materials endure, weaken, and ultimately teach engineers about resilience.
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
My friend, Chongyang, and I find a quiet spot to rest at the breathtakingly beautiful West Lake in Hangzhou.
Employer: Drexel-SARI Center
Major: Material Science and Engineering
Qualtrics ID: 174.141.139.186
The U.S. Army is on the hunt for new materials science breakthroughs by working together with a researcher from Brazil. Read more... www.army.mil/article/212418/
The author has connected with scientists at DEVCOM’S Army Research Laboratory (ARL) whose projects are similar to his. (Photo by T’Jae Ellis, ARL)
In 1995, MIT’s Nicholas Negroponte predicted that “being digital” would have us entering a realm increasingly unconstrained by the materiality of the world. Two decades later, our everyday lives are indeed ever more suffused by computation and calculation. But unwieldy materiality persists and even reasserts itself. Programmable matter, self-assembling structures, 3D/4D printing, wearable technologies and bio-inspired design today capture the attention of engineers, scientists and artists. “BEING MATERIAL” showcased recent developments in materials systems and design, placing this work in dialogue with kindred and contrasting philosophy, art practice and critique. Panels on the PROGRAMMABLE, WEARABLE, LIVABLE and INVISIBLE—along with a concert, AUDIBLE—explored new and unexpected meetings of the digital and material worlds.
Learn more at arts.mit.edu
All photos ©L. Barry Hetherington
lbarryhetherington.com/
Please ask before use