PPT-Introduction to the Wind Energy Science, Engineering, and Policy (WESEP) Real-Time Research

RealTime Research Seminar RTRS Spring Semester 2015 1 J McCalley WESEP 594 January 14 2015 Todays class Introductions Issue with WESEP 512X WESEP 594 course overview Semester schedule. Wind generation competition. 502 project focus is on electrical generator, power conditioning electronics, and control system.. Will build on existing and proven lightweight, transportable wind turbine developed by ME and AE teams. . Presenter: Michael Czahor. Major Professor: Dr. Bill Meeker. Home Department. : Statistics. A Brief Background . Drexel University-BMES Dept.. Rowan University-Mathematics. Statistical motivation (Dr. Lacke/Dr. . How to . Survive . Spring Semester!. By: Alex . Goran. 1.) Start Strong. As you should every semester, Spring semester is VERY important. . Towards the end of the semester it will get warm, spring break will come around, and all you will want to do is go outside.. Bob Thresher, NAWEA Launch Director. NAWEA Symposium. Virginia Tech . Blacksburg. , Virginia . 9 June 2015 . “The . Wind Vision . analysis modeled a future . Study Scenario . (with various sensitivities) in which 10% of the nation’s electricity demand is met by wind power in 2020, 20% by 2030, and 35% by 2050 . Wind Turbines. By Corbin Bahlmann 16/3/15. Picture of Mind . M. ap. Short Explanation. Wind flows threw the uneven blades of the wind turbine(that’s what causes the blades to turn). But it doesn’t . Malnad. College of Engineering, Hassan. Agenda. Department Information. Student Strength. Faculty Strength. Academic Activities. Research Activities. Future Plans. Observations and Suggestions. Department Information. Athens Technical . College. Presenter: Dr. Tawana Mattox, FSSE Coordinator/Instructor. Goal 3:. Improve the culture of student success. Quick Review of FSSE. Quality Enhancement Plan Project for SACS Accreditation. Bob Thresher, NAWEA Launch Director. NAWEA Symposium. Virginia Tech . Blacksburg. , Virginia . 9 June 2015 . “The . Wind Vision . analysis modeled a future . Study Scenario . (with various sensitivities) in which 10% of the nation’s electricity demand is met by wind power in 2020, 20% by 2030, and 35% by 2050 . A View from the National Science Foundation. Jeannette M. Wing. Assistant Director. Computer and Information Science and Engineering. National Science Foundation. The Third . US-China Computer . Science Leadership . Seminar. Fall . Semester, . 2016. 1. J. McCalley. WESEP 594. August 30, 2016. Today’s class. Introductions. Kristy Carter (. Takle. ). Charlie . Czahor. (Anderson/Russell) . Andrew Bodling (Sharma). ECU BiomedicalEngineeringUnofficial Community CollegestoECUCurriculumDegree EarnedECU Bachelor of Engineering 150Concentration in BiomedicalEngineeringTransfer GPA 25Effective2016Grey Highlighted Cou Susan Hamm, . Ph.D. Director, Geothermal Technologies Office. Office of Energy Efficiency and Renewable Energy. U.S. Department of Energy. My career (SO FAR) . BA Geology (Amherst College). MS Geophysics, PhD Materials Science (University of Minnesota). CHALLENGES FOR THE WIND ENERGY . INDUSTRY. Purpose:. Discuss . the . Future . Sponsored by:. of Atmospheric . Modeling DOE Mesoscale to Microscale. Research . for Wind . Energy Coupling Team. u.s.. Engineering Ambassadors. Background. Lawrence High graduate of 2008. Sophomore in Industrial Engineering with a Business and Manufacturing minor. Executive member of Engineering Ambassadors. Applications: Engineering and You.