Advanced Materials & Manufacturing – Page 123

Gold nanoclusters for air purification applications

Mendoza E., Goldemar Solutions, US

Nowadays, public concern and the enforcement of environmental regulations by governments have made it necessary to develop versatile materials capable of efficiently eliminating a wide range of organic pollutants from both indoor and outdoor emissions. [...]

Nanomaterials for Catalysis

Investigation on Accelerated Ageing Techniques for IC Interconnect Structures in Context of Multicriterial Optimization of 3D SiP Design Flow

Janczyk G., Bieniek T., Instytut Technologii Elektronowej, PL

Many complex chips and novel smart nanosensor systems are developed as 3D structures like SiP on SoC to implement all requested functionality and achieve performance. Such structures incorporate several modules, materials forming 3D setup which [...]

A Clean and Green Route for the production of methacrylic acid and methacrolein from biofuel

Lin M.M., Grinberg J., Eng W., EverNu Technology, LLC, US

The modern consumption of fossil fuels for chemical production contributes to global warming and other nature disasters in recent years. Approximately 10% of U.S. crude oil imports are used to feed its chemical industry. There [...]

3D printing: How emerging materials, applications, and business models will disrupt manufacturing and enhance future innovation

Vicari A.C., Lux Research, US

From personalized medicine to personal drones, 3D printing – the additive manufacturing of objects by depositing and patterning successive layers of material – has been touted as an enabling platform for many compelling applications. Among [...]

$/W Costs of Thermoelectric Waste-Heat Recovery for Stationary Applications

LeBlanc S., Yee S.K., Scullin M., George Washington University, US

Interest in thermoelectrics for waste-heat recovery has flourished in recent years, but questions about cost and scalability remain unanswered. Prior work investigated the materials, manufacturing, and system costs and thermal and electrical transport factors that [...]

STEP, Efficient solar syntheses: A comprehensive approach to decreasing the concentration of atmospheric carbon dioxide

Lau J., Licht S., Stuart J., Li F-F, Licht S., Meng F., George Washington University, US

The Solar Thermal Electrochemical Process (STEP) was introduced to provide a complete solution to lowering carbon dioxide in the atmosphere (1). STEP utilizes a synergy of thermal and electrochemical energy to drive endothermic processes at [...]

SUSTAINABLE steel production for the 2030s and beyond: the vision of the European Steel Technology Platform’s Strategic Research Agenda

Birat J.P., Malfa E., Colla V., Thomas J.S., ESTEP, BE

Steel is ubiquitous, even if it often remains invisible underneath decorative, protective or functional layers of other materials. This paper presents the European Steel Technology Platform (ESTEP) Strategic Research Agenda's vision of how to manage [...]

Rheology of Portland cement pastes with calcined clays additions

Irassar-Viviana Rahhal E., Pedrajas C., Talero R., Universidad Nacional del Centro de la Provincia de Bs.As., AR

In this paper, the rheological behavior of pastes of Portland cement and different calcined clays additions were analyzed. For this purpose, two Portland cements with different mineralogical composition (low C3A and high C3S content and [...]

Utilization of ceramic wastes as pozzolanics materials

Irassar E., Rahhal V., Tironi A., Trezza M., Pavlík Z., Pavlíková M., Pavlíková M., Jerman M., Cerný R., Universidad Nacional del Centro de la Provincia de Bs.As., AR

The possible applicability of waste ceramic powder as partial portland cement replacement in concrete production is studied in this paper, due to rapid increase of concrete as building material. The cement industry alone is estimated [...]