Robert Franklin Mehl

Robert Franklin Mehl's AcademicInfluence.com Rankings

Engineering

#1495

Historical Rank

Metallurgy

Historical Rank

engineering Degrees

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Engineering

Why Is Robert Franklin Mehl Influential?

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According to Wikipedia, Robert Franklin Mehl was an American metallurgist. Mehl was noted for transforming of nineteenth-century metallurgy into the modern materials science. He was the founder and the head of a division of Physical metallurgy at the Naval Research Laboratory and a member of the National Academy of Sciences. The American Institute of Mining and Metallurgical Engineers established a gold medal award in his name in 1973.

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Robert Franklin Mehl's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Transformation from austenite in alloy steels (1976) (281)
Grain boundary diffusion mechanisms in metals (1982) (152)
The austenite: Pearlite reaction (1956) (115)
The free energy of formation and the interfacial enthalpy in pearlite (1958) (99)
Diffusion coefficient of carbon in austenite (1950) (73)
Self-Diffusion of Iron in Iron Oxides and The Wagner Theory of Oxidation (1953) (66)
Crystallography of the precipitation of ferrite on austenite grain boundaries in a Co + 20% Fe alloy (1967) (52)
Orientation of Oxide Films on Metals (1934) (39)
Self‐Diffusion in Iron (1948) (34)
Interface and Marker Movements in Diffusion in Solid Solutions of Metals (1951) (30)
Rates of Diffusion in Solid Alloys (1937) (25)
Estimation of equilibrium vacancy concentration in solid metals (1961) (25)
INVESTIGATION OF STATISTICAL NATURE OF FATIGUE PROPERTIES (1952) (23)
Calorimetric study of the austenite: pearlite transformation (1956) (22)
Precipitation from solid solution (1959) (17)
A brief history of the science of metals (1948) (12)
Orientation of Oxide Films on Iron (1936) (10)
The Statistical Nature of the Fatigue Properties of SAE 4340 Steel Forgings (1953) (8)
Self-diffusion in alpha and gamma iron (1950) (7)
The Statistical Behavior of Fatigue Properties and the Influence of Metallurgical Factors (1953) (7)
A Department and a Research Laboratory in a University (1975) (7)
THE CRYSTAL STRUCTURE OF THE SYSTEM CADMIUM-MERCURY (1928) (5)
Statistical Study of overstressing in steel (1954) (5)
Investigation of the statistical nature of the fatigue of metals (1953) (5)
CHEMICAL AFFINITY IN METALLIC ALLOYS, ESPECIALLY SOLID SOLUTIONS: A STUDY IN COMPRESSIBILITY (5)
A Statistical Interpretation of the Effect of Understressing on Fatigue Strength (1953) (5)
Radiography by the Use of Gamma Rays1 (1931) (4)
The states of aggregation : The changes in the state of matter in their dependence upon pressure and temperature (4)
Mobilities in Diffusion in Alpha Brass (1955) (3)
Teacher Education Programs; A Model for Curriculum Revision. (1972) (2)
CRITICAL STRESS FOR SLIP, TWINNING, AND CLEAVAGE IN SINGLE CRYSTALS OF IRON (1953) (2)
The Technic of Radiography by Gamma Rays (1931) (1)
THE COMPRESSIBILITY OF TELLURIUM (1927) (1)
PHASE TRANSFORMATIONS IN HYPOEUTECTOID TITANIUM-CHROMIUM ALLOYS. Period Covered: August 1, 1955 through July 31, 1956 (1956) (1)
Diffusion and Marker Movements in Beta Brass (1956) (1)
INTERNAL PRESSURES IN METALLIC SOLID SOLUTIONS (1)
Orthodoxy, heterodoxy, and metallurgical education (1959) (1)
Interfaces in diffusion in solid solutions (1950) (1)
Laboratory Production of Pure Magnesia Ware. (1925) (1)
Spiral growth of cadmium crystals from the vapor phase (1955) (1)
A New Use for Radium (1931) (1)
THE FREE-ENERGY CHANGE OF AUSTENITE-PEARLITE TRANSFORMATIONS. TECHNICAL REPORT FOR THE PERIOD JUNE 1, 1952-JUNE 1, 1954 (1954) (0)
ELECTROCHEMICAL STUDIES OF NON-AQUEOUS MELTS. QUARTERLY PROGRESS REPORT FOR THE PERIOD ENDING MARCH 15, 1955 (1955) (0)
FUNDAMENTAL STUDY OF THE EARLY STAGES OF SINTERING. Annual Report (1956) (0)
A Vacuum Door (1925) (0)
Study of Effects of Microstructure and Anisotropy on Fatigue of 23S-T4 Aluminum Alloy (1953) (0)
The Nature of Education In Metallurgical Engineering (1954) (0)
ELECTROCHEMICAL STUDIES OF NON-AQUEOUS MELTS QUARTERLY PROGRESS REPORT FOR PERIOD ENDING FEBRUARY 15, 1953 (1954) (0)
Practice teaching: A student view (1969) (0)
A History of Metals. Leslie Aitchison (1962) (0)
RATES OF MARTENSITE-TYPE REACTIONS USING FAST AMPLIFIER TECHNIQUES. SUMMARY REPORT FOR PERIOD JULY 1, 1952 TO DECEMBER 31, 1952 (1952) (0)
Improvement in Gun Steel Ingot Practice (OD-34-3): Part 2 - Plant Experiments (1945) (0)
STUDY OF SPIRAL GROWTH DURING VAPOR DEPOSITION OF METALS. Final Report for the period March 15, 1954-March 15, 1956 (1956) (0)
Segregation of Cementite from Austenite (1932) (0)
Effect of Molybdenum and of Nickel on the Rate of Nucleation and the Rate of Growth of Pearlite (1952) (0)
Compressibility of Crystals (1929) (0)
MORPHOLOGICAL CHARACTERISTICS OF MARTENSITIC STRUCTURES (1954) (0)
SORPTION IN ALPHA-BRASS (1960) (0)
ABSOLUTE COHESION IN METALS. DISRUPTIVE NEGATIVE PRESSURES AND CRITICAL DISRUPTIVE VOLUMES1 (1930) (0)
ELECTROCHEMICAL STUDIES OF NON-AQUEOUS MELTS QUARTERLY PROGRESS REPORT PERIOD ENDING JUNE 1, 1951 (1951) (0)
RATES OF MARTENSITE-TYPE REACTIONS IN METALS (1954) (0)
RATES OF CLEAVAGE AND DEFORMATION TWINNING IN METALS (1954) (0)
ELECTROCHEMICAL STUDIES OF NON-AQUEOUS MELTS. Progress Report for Period Ending February 1, 1956 (1957) (0)
ELECTROCHEMICAL STUDIES OF NON-AQUEOUS MELTS QUARTERLY PROGRESS REPORT FOR PERIOD ENDING OCTOBER 1, 1952 (1954) (0)
Games in Class: Fun and Learning. (1976) (0)
The system Cd-Hg (0)

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Other Resources About Robert Franklin Mehl

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What Schools Are Affiliated With Robert Franklin Mehl?

Robert Franklin Mehl is affiliated with the following schools:

Princeton University