National Academy of Engineering, Volume 2
PublisherNational Academies Press
ReleasedAugust 21, 1984
Memorial Tributes: National Academy of Engineering, Volume 2

Honoring the deceased members and international members of the National Academy of Engineering, this volume is an enduring record of the many contributions of engineering to humankind. This second volume of Memorial Tributes covers the period from January 1979 to April 1984.

Honoring the deceased members and international members of the National Academy of Engineering, this volume is an enduring record of the many contributions of engineering to humankind. This second volume of Memorial Tributes covers the period from January 1979 to April 1984.

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    FREDERICK DENYS RICHARDSON, elected in 1976 as a Foreign Associate of the National Academy of Engineering (NAE), died on Sep­tember 8, 1983. He was Emeritus Professor of Extraction  Metallurgy at the Imperial College of Science and Technology. His death has been described by one of his peers as the passing of "the last of the four apostles of Chemical Metallurgy." This group­ Denys Richardson, John Chipman, Carl Wagner, and Lawrence Darken-shaped the field of chemical metallurgy into an exact and rigorous science. In his lifetime Professor Richardson became recognized for his scientific and practical mind, as well as his unique ability to generate basic data and to apply such fundamental knowl­edge to large-scale industrial systems.

    Denys Richardson (his friends generally omitted the "Frederick") was born in London, England, on September 17, 1913. He was orphaned at the age of six with two older brothers and one younger sister. He received his early education at a small, in dependent, boys'boarding school. What this small school lacked in size it made up in its work-ethic beliefs. Its teaching schedule started with a prepara­tory session before breakfast and then proceeded through a day-long rigorous academic program. During holidays students were exposed to more practical activities, ranging from carpentry to nature works, with ample time devoted to encouraging hobbies. Throughout his busy career Denys Richardson exploited this early training by using his wonderful mind not only to generate new knowledge, but also to work creatively with his hands.

    He received his B.Sc. (chemistry) in 1933, his Ph.D. in 1936 from University College, and his D.Sc. (metallurgy) in 1955 from Lon­don University. In 1937 he went to America as a Commonwealth Fellow, and returned to England shortly before the outbreak of World War II. Shortly after his return he entered the Royal Naval Volunteer Reserve, and in 1943 he became Deputy Director of the Department of Miscellaneous Weapons Development, Admiralty England. Among other things, it was here that he contributed nota­bly to the development of countermeasures to the magnetic mines that were infesting the waters surrounding the British Isles. His work in the Admiralty concerned the degaussing of ships and the sweeping of magnetic mines. He also invented the two-pounder star shell used by the British Coastal Command. He rose to the rank of Com­mander in the Royal Navy Voluntary Reserve (RNVR). His co­workers in the Royal Navy describe the "cheerfully unorthodox style, with which he tackled difficult problems connected with the war at sea, as almost legendary."

    Denys Richardson's achievements in the Admiralty brought him scientific recognition which, after the war, led to his selection to join the newly established British Iron and Steel Research Association (BISRA). At BISRA he supervised the development of an outstand­ing chemistry department. In 1950 he made the permanent transi­tion to academia by accepting the post of Nuffield Fellow at Imperial College. In 1957 he was appointed Professor of Extraction Metal­lurgy, a chair that he occupied for more than twenty years. It was during this period that he formed the John Percy Group in Process Metallurgy with support from industry and the Nuffield Founda­tion. He retired in 1976 but remained very active in the posts of Senior Research Fellow and Emeritus Professor of Extraction Metallurgy.

    Throughout his teaching career Professor Richardson dedicated himself to seeking out promising students with inquiring minds and took pride in his ability to help them fulfill their potential. He was an inspiring teacher to those who were fortunate enough to hear his lectures or collaborate in his research. He would say, "Give me a student who asks questions-not one with his head crammed with second hand information." He obtained great satisfaction when the steady flow of young men emerging from his classroom occupied important posts in academic institutions and leadership positions in industries all over the world .

    Professor Richardson published extensively in the field of chemi­cal metallurgy, contributing basic information on thermo dynamic properties of metals and slag solutions, explaining the thermody­namic aspects that control large-scale smelting and refining proc­esses, clarifying the factors that govern the kinetics of gas-metal reactions, and identifying the characteristics that influence mass transfer in high-temperature metallurgical processes. His classic two-volume work, The Physical Chemistry of Melts in Metallurgy, pub­lished in 1974, is regarded as a standard text on the subject. These volumes, along with many of his 125 or so major technical papers, are outstanding references for those engaged in high-temperature metallurgical chemistry research, development, and teaching.

    In his lifetime, Professor Richardson received special recognition from learned societies and institutions in Great Britain, the United States, France, Germany, Austria, Belgium, and Japan.  In addition to his election as a Foreign Associate of the NAE in 1976, he was a Charter Fellow of the American Institute of Mining and  Metallurgi­cal Engineers; Fellow of the Royal Society, London; Fellow of the Metals Society, London; Fellow of the Institute of Mining and Metallurgy, London; Fellow of the Institution of Chemical Engineers, London; Fellow of University College, London; and Fellow of the Fellowship of Engineering, London.

    Other awards received were the Sir George Bielby Memorial Award from the Royal Institute of Chemistry and  Society of Chemi­cal Industry; the Bessemer Gold Medal Award from the  Iron  and Steel Institute, London; the Gold Medal from  the Institute  of Mining and Metallurgy, London; the Gold Medal from the American Society of Metals; the Peter Timner Medal from Eisenhutt en Oesterreich, Austria; the Grande Medaille from Societe Franraise de Metallurgie; and the Carl Lueg Medal from Verein Deutsche Eisenhut­tenleute. He was an Honorary Member of the Japan  Institute  of Metals, an Honorary Doctor of the Universite de Liege in Belgium, and received the Dr. Ing. h.c . from the R. W Technische  Hoch­schule in Germany. 

    Shortly before his death, Denys Richardson was  awarded  the Kelvin Medal for application of science to industry. He was the first metallurgist to receive this great honor.

    It might seem from his many accomplishments that Denys Richardson was preoccupied with research and teaching, but the opposite is true. He had a great love for beautiful objects, which he not only admired but also created. He was an ardent gardener, and those of us who were fortunate enough to visit his home derived great pleasure from the results of his aesthetic talents. He shared his warmth, charm, humor, and love with a gracious wife, Irene, and two sons, Hugh and Rodney, each of whom reflect his wonderful disposition, intelligence, and quick wit. His wife describes him fondly as an "exceptionally clearheaded person with a keen and observant eye, who could concentrate exclusively on the work before him, as the surrounding tumult passed over his head." He took  great pains over details and pruned and pruned again whatever he wrote. His speeches were always carefully timed. Yet within this rigid framework he could flash out a quip or a play on words that delighted his audiences. His colleagues admired him for his bril­liance, and his family loved him for being the wonderful husband and father they were so fortunate to share with all of us.

    His  death creates a void in the field of metallurgical chemistry. But a great tribute to this man will be the ongoing contributions to the understanding of chemical metallurgy that will be made by the students and colleagues who have benefited from the scientific foun­dation that was his legacy to them. His reward would be the satisfaction of knowing that the generation he guided and inspired has demonstrated some measure of the rare vision and talent that was Frederick Denys Richardson.

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