Paul Dyer Merica (March 17, 1889 – October 20, 1957) was an American metallurgist, president of the International Nickel Company of Canada Ltd., now Vale Limited,[1] inventor,[2] and recipient of the 1938 John Fritz Medal.[3]
Biography
editYouth and education
editMerica was born in Warsaw, Indiana, to Charles Oliver Merica and Alice White Merica. After attending the Warsaw Community High School and three years at DePauw University, he obtained his AB from the University of Wisconsin in 1907.[3]
After his graduation Merica was instructor in physics University of Wisconsin for a year, and teacher of "Western subjects" at the Chekiang Provincial College at Hangzhou, China for another two years. From 1910 to 1914 he continued his studies at the University of Berlin, where he obtained his PhD in 1914.[3]
Career and acknowledgement
editAfter graduation back in the States he was research physicist at the United States Bureau of Standards for five years.[4] In 1919 he moved into the industry to the International Nickel Company, where he developed the first of the Inconel alloys (Inconel 600) to protect the nickel cookware market against competition by stainless steel. He started as Director research, and worked his way up to Technical assistant to president in 1929, and furthermore to executive vice president, president and director[3] from 1951 until his retirement in 1955.[4]
In 1938 Merica was awarded the John Fritz Medal, in 1941 the platinum medal of the Institute of Materials, Minerals and Mining, in 1942 the Franklin Medal by the Franklin Institute,[5] and in 1951 the gold medal of the American Society for Metals.[3]
On October 29, 1964, the International Nickel Company dedicated a new research center, called the Paul D. Merica Research Laboratory, in Sterling Forest, New York.[6]
Publications
edit- Paul Dyer Merica. Ueber Beziehungen zwischen den mechanischen und den magnetischen Eigenschaften einiger Metalle bei elastischen und plastischen Formänderungen, 1914.
- George Kimball Burgess, Paul Dyer Merica. An investigation of fusible tin boiler plugs, 1915.
- Paul Dyer Merica. A simplification of the inverse-rate method for thermal analysis, 1919.
- Paul Dyer Merica, Romaine George Waltenberg. Malleability and metallography of nickel, 1925.
- Paul Dyer Merica. "Personalities in Industry," Scientific American. July 1, 1938.
- Paul Dyer Merica. Charles Holmes Herty, Jr., 1896-1953, 1958.
- Patents, a selection
References
edit- ^ "PAUL MERICA DIES; METALLURGIST, 68; Ex-Head of International Nickel Was Noted for His Scientific Contributions Became President in 1952". The New York Times. 22 October 1957. Page 33, columns 1-2. Retrieved 31 May 2023.
- ^ Mining and Metallurgical Society of America. Bulletin - Mining and Metallurgical Society of America. 1957. p.56
- ^ a b c d e Zay Jeffries. "Paul Dyer Merica, March 17, 1889 - October 20, 1957." in: Biographical Memoir. National Academy of Sciences, 1959. p. 224-240.
- ^ a b David R. Lide (2001), A Century of Excellence in Measurements, Standards, and Technology. p. 15.
- ^ Paul Dyer Merica, The Franklin Institute. Accessed 2017-09-13.
- ^ "Laboratory of the Month". Analytical Chemistry. 38 (11): 103A–105A. October 1966. doi:10.1021/ac60243a705. ISSN 0003-2700.