聚力体育_聚力体育直播在线观看

聚力体育直播

Will Healy III, 38, Industry Strategy Manager, Balluff Worldwide, Florence, Ky., BS Mechanical Engineering, Purdue University
Events and Awards September 17, 2020

2020 Engineering Leader Under 40: Will Healy III, 38

Industry Strategy Manager, Balluff Worldwide, Florence, Ky., BS Mechanical Engineering, Purdue University

By Amanda Pelliccione
Preston Hullen, 30, Mechanical Design Engineer, Quality Transformer & Electronics, Milpitas, Calif., BS Mechanical Engineering, San Jose State University
Events and Awards September 17, 2020

2020 Engineering Leader Under 40: Preston Hullen, 30

Mechanical Design Engineer, Quality Transformer & Electronics, Milpitas, Calif., BS Mechanical Engineering, San Jose State University

By Amanda Pelliccione
聚力体育直播 September 9, 2020

Wet electrostatic precipitators are proven for emission control and gas cleaning

Two case studies illustrate the point

By Gary Siegel
Fabrication process, structures, and output signals of a fabric-based wearable energy harvester. Courtesy: KAIST/ISSSource
Energy Efficiency October 15, 2020

Energy harvester improves wearable electronics potential

An energy harvester has been developed that could make manufacturing embedded wearable electronics a viable reality.

By Gregory Hale
Courtesy: CFE Media and Technology
Arc Flash September 22, 2020

Your questions answered: Arc flash mitigation

Reducing arc flash to electrical personnel is an evolutionary process. Learn more in this Q&A

By Zia Salami and Tracy Wagoner
Sea water can be converted into hydrogen fuel using this design for a sea water electrolyzer, according to Penn State researchers. Courtesy: Tyler Henderson, Penn State University
Energy, Power October 9, 2020

Generating renewable hydrogen fuel from the sea

Membranes originally developed for purifying water in the reverse osmosis (RO) treatment process, commonly used in electrolyzers, are used to remove salt from water to help turn sea water into hydrogen fuel.

By Tim Schley