HEADLINES ARCHIVE
Factors for Predicting Cyberattacks
A new study presents evidence that the number of cyberattacks can be predicted—a finding that could be of significant value to providers of cybersecurity and resilience services.
British Airways to Fly on Fuel from Waste
The company has entered into a partnership to build facilities that convert household waste into renewable jet fuel.
New Approach to Ultrafast Light Pulses Discovered
2D materials called molecular aggregates are effective light emitters; however, their potential as components for new kinds of optoelectronic devices has been limited by their relatively slow response time. Researchers at MIT, the University of California, Berkely and Northeastern University have found a way to overcome this problem.
Researchers Develop a Way to Convert Traffic Energy into Power
Environmental researchers are shifting their focus to using advanced materials for roads and pavements that could generate electricity from passing traffic.
The Affordable Audiophile
Q&A with GraphAudio, a company aiming to utilize graphene to bring great sound to the masses.
Asian Business Leaders Considering Tech Solutions to Fight Abuse of Migrant Workers
Recommendations to protect migrant workers from abuse and slavery were made by Asia’s business leaders at the Bali Process, a forum of 45 Indo-Pacific countries meeting on the topic. Chief among the solutions being recommended included various communication technologies.
Reducing Leather Pollution
To remedy the amount of pollution that goes into the manufacturing of leather products such as handbags and jackets, a team of researchers have worked on an environmentally-friendlier solution to the process.
New Research Starts to Understand the Optical Properties of Glass
The researchers at the University of Pennsylvania have been looking at the properties of stable glasses over a few years.
Engineering a Safer Sunscreen
A new, non-penetrating sunscreen developed at the University of Arizona prevents oxybenzone from penetrating the skin.
METM Program Designed for Working Engineers
Beginning in fall 2018, a new online master's degree designed for working professionals will be offered at Texas A&M University.
See E-Skin Clothing, 3D-Printed Biomaterials That Degrade on Demand, and IBM Watson at the U.S. Open
Shirts that turn your body into an interactive controller, 3D printed biomaterials that degrade on-demand, and IBM Watson tracks the U.S. Open. Welcome to September, this is your Engineering360 news brief.
Precision Machining Methods for Surgical Instruments
Ultra-hard metals and thin-walled metallic tubular structures present machining challenges to medical device manufacturers. Traditionally, a vast array of manufacturing techniques were used to achieve surgical precision edges, contours and patterns, including lasers, electric discharge machining (EDM), water-jet machining, chemical machining and grinding. Even when compared to other laser machining methods, fiber lasers have gained wide appeal as recent developments have allowed for advanced capabilities that produce superior edge quality.
3D Printed Biomaterials Degrade on Demand
The materials, fabricated by means of stereolithographic printing, could be useful in designing microfluidic devices.
Algorithm Uses AI and Machine Learning to Detect Distracted Driving
Engineering researchers at the University of Waterloo have developed computer algorithms that can determine when drivers are texting or if they are doing any other distracting activities while driving.
Cyber Risks in the Industrial Scheme
Industrial control systems monitor and control a wide range of industrial processes. Initially designed to be isolated, industrial control systems are now part of an increasingly interconnected network ecosystem, presenting prime targets for cybercriminals.
Firebricks Are the Key to a Rise in Carbon-Free Energy
MIT researchers have found a way to use this old invention to play a key role in switching the world away from fossil fuels to carbon-free energy sources.
New Way of Producing Hydrogen Fuel Discovered
A U.S. based team of researchers and MIPT scientists have assembled a nanoscale biological structure capable of producing hydrogen from water using light.
Designer Furniture...Made from Cow Manure
Determining that the material could be shaped and styled for this purpose, product design student Sanelisiwe Mafa used the material to create fully recyclable stools and designer flower pots.
Researchers Find New Ways to Bring Sports Venues to Achieve Zero Waste
Officials at college sporting venues are leading the effort toward zero-waste events at their facilities.
Water Calculation Tool for the Textile Sector
The self-assessment tool can assist textile companies evaluate the water footprint in manufacturing processes.