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May 4: 'Superplant' seminar marks growing WSU-Germany research collaboration | WSU Insider

April 30, 2021
Plant scientists in the U.S. and Germany are partnering to exchange ideas that could transform agriculture, through student exchange and a newly launched seminar series.
Plant scientists at Washington State University and in Germany will launch a new research collaboration through a series of virtual talks about advances that help feed and sustain our world, starting Tuesday, May 4.
The WSU-Germany partnership developed over the last several years to support the exchange of ideas and students and now includes a biweekly series of seminars delivered by pairs of WSU faculty and their counterparts at Germany’s CEPLAS, the Cluster of Excellence on Plant Sciences. ....

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National Science Foundation awards graduate research fellowships to outstanding Emory students, recent grads

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Learn more about scholarships
The next round of applications for the NSF’s Graduate Fellowship Program will open in fall 2021. Students interested in learning more about it and other prestigious awards should contact Megan Friddle in Emory s National Scholarships and Fellowships Program.
The National Science Foundation recently awarded prestigious Graduate Research Fellowships to three seniors in Emory College of Arts and Sciences, 12 recent Emory College alumni and nine PhD students in Emory’s Laney Graduate School.
The nation’s oldest graduate fellowship of its kind, the NSF award comes with a three-year annual stipend of $34,000, a $12,000 stipend to fellows’ graduate institutions and access to programs for professional development and international research. The highly competitive award was offered to 2,074 students this year, out of more than 20,000 applicants. ....

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Icing Can Cut Wind Turbine Production By 80%

Wind turbine blades can collect ice nearly a foot thick on the yard-wide tips of their blades.
Mar 9th, 2021
Hui Hu, Iowa State University
This drone photo from a field study of icing on wind turbines shows how ice accumulated at the tip of a turbine blade during a winter storm.
Hui Hu/Iowa State University
Wind turbine blades spinning through cold, wet conditions can collect ice nearly a foot thick on the yard-wide tips of their blades.
That disrupts blade aerodynamics. That disrupts the balance of the entire turbine. And that can disrupt energy production by up to 80 percent, according to a recently published field study led by Hui Hu, Iowa State University s Martin C. Jischke Professor in Aerospace Engineering and director of the university s Aircraft Icing Physics and Anti-/De-icing Technology Laboratory. ....

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Icing Can Cost Wind Turbines up to 80% of Power Production

Photo courtesy of Hui Hu/Iowa State University
AMES, IA Wind turbine blades spinning through cold, wet conditions can collect ice nearly a foot thick on the yard-wide tips of their blades.
That disrupts blade aerodynamics. That disrupts the balance of the entire turbine. And that can disrupt energy production by up to 80 percent, according to a recently published field study led by Hui Hu, Iowa State University s (ISU s) Martin C. Jischke Professor in Aerospace Engineering and director of the university s Aircraft Icing Physics and Anti-/De-icing Technology Laboratory.
Hu has been doing laboratory studies of turbine-blade icing for about 10 years, including performing experiments in the unique ISU Icing Research Tunnel. Much of that work has been supported by grants from the Iowa Energy Center and the National Science Foundation. ....

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Field study shows icing can cost wind turbines up to 80% of power production

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IMAGE: This drone photo from a field study of icing on wind turbines shows how ice accumulated at the tip of a turbine blade during a winter storm.
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Credit: Photo courtesy of Hui Hu/Iowa State University
AMES, Iowa - Wind turbine blades spinning through cold, wet conditions can collect ice nearly a foot thick on the yard-wide tips of their blades.
That disrupts blade aerodynamics. That disrupts the balance of the entire turbine. And that can disrupt energy production by up to 80 percent, according to a recently published field study led by Hui Hu, Iowa State University s Martin C. Jischke Professor in Aerospace Engineering and director of the university s Aircraft Icing Physics and Anti-/De-icing Technology Laboratory. ....

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