Woody Stoddard Papers, ca.1970-2007.
27 boxes (40.5 linear feet).
Call no.: MS 826
A visionary of modern wind power, Forrest “Woody” Stoddard was a graduate in aeronautics from MIT (BS, 1966; MS 1968) and an early member of the UMass Amherst “wind power mafia.” After service with the Air Force, Stoddard returned home to Amherst, Mass., in 1972 to pursue a doctorate in Ocean Engineering and to take part in the emerging field of alternate energy. Joining the vibrant, interdisciplinary group at UMass gathered around William Heronemus, he began a dissertation in wind turbine dynamic analysis (1979), earning selection as lead developer of the famed 25kW Wind Furnace 1 (WF-1) turbine. To carry research into practice, Heronemus, Stoddard, and other UMass graduates joined US Windpower (later Kenetech), the country’s first producer of large wind turbines and promoter of early wind farms. A tireless advocate for wind power and alternative energy, Stoddard was highly regarded as a researcher but also as a teacher and mentor of a generation of engineers who populate the industry. Nearly coincident with his untimely death on Jan. 25, 2007, the American Wind Energy Association awarded Stoddard its Lifetime Achievement Award.
As a participant in the early years of the wind power group at UMass, Stoddard’s papers offer insight into an engineer’s experiences in the fitful growth of the wind power industry. The collection is rich in engineering data on turbine dynamics and other aspects of wind power and the extension of academic research into the nascent wind power industry, and it includes an interesting array of both personal and professional photographs and correspondence.
- U.S. Wind Power Associates
- University of Massachusetts at Amherst. Department of Mechanical Engineering
- Wind Energy Center (University of Massachusetts Amherst)
- Wind Furnace 1
- Wind power
- Wind turbines--Aerodynamics
Types of material
John D. Strong Papers, 1938-1986.
10 boxes (15 linear feet).
Call no.: FS 019
John D. Strong was a professor of Physics and Astronomy from 1967 to 1975 and served as the head of the laboratory of astrophysics and physical meteorology. Strong, one of the world’s foremost optical scientists, was known for being the first to detect water vapor in the atmosphere of Venus and for developing a number of innovations in optical devices, ranging from improved telescope mirrors to anti-reflective coatings for optical elements and diffraction gratings. Born in Riverdale, Kansas in 1905, Strong received degrees from the University of Kansas (BA 1926) and the University of Michigan (M.S., 1928, Ph.D., 1930). After twelve years at CalTech and wartime research at Harvard on infrared systems, Strong became professor and director of the Astrophysical and Physical Meteorology Laboratories at Johns Hopkins University in 1946, where, among many other projects, he conducted research on balloon astronomy for the Office of Naval Research (ONR). Strong published hundreds of papers throughout his career and was author of Procedures of Experimental Physics, a standard physics textbook for many years. Strong served as president of the American Optical Association in 1959 and patented numerous inventions for optics in spectroscopy as well as golf (see US Patent no. 3720467). Strong passed away in 1992.
The Strong Papers contain forty years of research notebooks in experimental physics (1930-1970) centered on Strong’s years at Johns Hopkins (1946-1967), along with correspondence, printed publications by Strong for the ONR, and manuscripts for several textbooks (though lacking material on Procedures of Experimental Physics). Strong’s balloon work is documented by diagrams in his lab books and photographs of the Stratolab at John’s Hopkins, and an oral history of his life was made by the Smithsonian’s National Air and Space Museum in 1985, a transcript of which is included in the collection.
- Institute for Man and the Environment
- University of Massachusetts Amherst--Faculty
- University of Massachusetts Amherst. Department of Landscape Architecture and Regional Planning