Missouri University of Science and Technology - Rollamo Yearbook (Rolla, MO)

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WALTER T. SCHRENK Department Chairman Professor of Chemical Engineering,, 1923, 1929, B.S,, 1915, Monmouth; M.S., 1919, Ph.D,, 1922, Wisconsin. Chemical Engineering FACULTY BRAND, GLENN E., Assistant Professor of Chemical Engineer- ing, 1952, B.S., 1939, M.S,, 1948, Missouri School of Mines. CONRAD, FRANK H., Professor of Chemical Engineering, 1936, 1947, B.S, in Ch.E,, 1923, Ph D., 1934, University of Washington. FISHER, EMORY D fJ Professor of Chemical Engineering, 1946, i960, B.S., 1931, Dakota Wesleyan; Ph.D, 1935, Wis- consin, LAY, ORMOND K., Instructor in Chemical Engineering, 1952. B.S., 1932, Missouri School of Mines, PEABODY, ROBERT C., Assistant Professor of Chemistry, 1952. B.S., 1946, Southern Methodist; Ph.D,, 1951, Iowa State. RUSSELL, ROBERT R,, Associate Professor of Chemical En- gineering, 1948, 1952. A. A,, 1941, Graceland College; A.B, r 1943, MJL, 1936, Ph.D., 1949, Kansas. SMITH, NORMAN L., Associate Professor of Chemical Engi- neering, 1950, 1952. B.S, in Ch E, f 1943, Arkansas; Ph.D., 1950, Minnesota, SUTHERLAND, RICHARD Q,, Assistant Professor of Chemis- try, 1951. Ph.B., 1931, M.S., 1934, Yale; Ph.D., 1936, Wisconsin. WEBB, WILLIAM H,, Associate Professor of Chemical Engi- neering, 1938, I960. B.S., 1935, Mississippi State; M.S., 1939, Missouri School of Mines; Ph.D., 1949, Wisconsin, C hemical engineering is the most diversified of all fields of engineering. The Chemical Engi- neering Department here at M.S.M. ade- quately prepares the young chemist for any phase of the science he wishes to enter. Just as success in chemical engineering demands a smattering of knowledge in other fields of engineer- ing, success in other fields requires a knowledge of chemistry. The Chemical Engineering Department offers this val- uable instruction by supplementing the curricula of the other departments with advanced chemistry and chemical en- gineering courses. As chairman of the department, Dr, W, T. Schrenk directs the department activities as well as a staff of men who are both brilliant chemists and capable instructors. The department ' s progress, which has been slightly hampered by unfinished rooms in the new building, should know no limits upon completion of the present work which was started at the close of last semester. Brand Russell Peabody Smith Conrad Fisher Page Twenty-Pour

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FACULTY CATHCART. RAYMOND F-, Instructor in Metallurgical Engineering, 1952. B.S-, 1948, Alabama: M-S + , 1951, Missouri School of Mines. EPPELSHE1MER, DANIEL £. Professor of Metallurgical Engineering, 1947, 1948, R.S., 1932, D.Sc., 1935, Harvard. FRAD, WILLIAM A., Instructor in Metallurgical Engi- neering, 1952. ELS, in Ed., 1932, South Dakota Northern Stale Teachers; M.S. in Mot., 1941, Iowa. HANLEY, HERBERT R., Professor Emeritus of Metal- lurgical Engineering, 1923, 1946- B-S, in Min. E., 1901 , Met. E., 1918, D. Enqr., 1946, Missouri School of Mines . LEGSD1N, ADOLPH, Associate Professor of Mineral Dressing, 1940. Eng. of Mines, 1923, Freiberg Mining Academy; M.S. in Min. Dressing, 1933, Columbia, MORRIS, THOMAS M., Associate Professor of Metal- lurgical Engineering, 1947, 1951, B.S., 1939, M.S., 1940, Columbia; Ph,D,, 1950, Missouri. STRAUMANIS, MARTIN E., Research Professor of Metallurgy, 1947, Engr. Chem., 1925, Dr. Chem,, 1927, University of Latvia. WOLF, ROBERT V., Instructor in Metallurgical Engi- neering, 1951, B.S., 1951, MS, 1952, Missouri School of Mines, ALBERT W. SCHLECHTEN Department Chairman Professor of Metallurgical Engineering, 1946, B.S. in Met. E,, 1937, Montana School of Mines; D.Sc., 1940, M.l.T. Hanley Wolf Legsdin Morris Eppelsheimer Straumanls Metallurgical Engineering Department M ETALLURGY is that branch of engineering which employs the art and science of extract- ing the metals from ores and concentrates, refining of these metals, manufacturing of these metals and alloys produced from them, and fabricat- ing both metals and alloys into useful shapes for utilization by mankind. Here at M.S.M. the metal- urgical engineering student receives a thorough training in the theory and practical application to develop sufficient technique to assure usefulness for the graduate in his chosen profession. The metallurgy curriculum provides a complete training in Process Metallurgy and Physical Metal- lurgy. The theory is supplemented with practical work in the required courses. The department has the equipment available to afford the student every opportunity to further his knowledge. Progress in the metallurgical field has been exten- sive during the last decade. Although small in num- bers as compared to other branches of engineering, the demand for graduate metallurgists is constantly exceeding the supply. Page Twenty-Three

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Department A r e iv C hem is try B u i Id i n g