R.R. MacFarlane

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E E Reynolds

Mater Dei Hospital

R.S. DeFries

W.W. Dyrkacz

R.K. Pitler

Cooperative Institutions

Mater Dei Hospital

University Hospitals Sussex NHS Foundation Trust

National Institute for Biological Standards and Control

Devon Energy (United States)

University of Michigan–Ann Arbor

British Orthopaedic Association

Faculty of 1000 (United Kingdom)

Robinson Brothers (United Kingdom)

Multiple Sclerosis Society

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INVESTIGATION OF FORGED COBALT BASE ALLOYS FOR HIGH TEMPERATURE APPLICATIONS. Period covered February 1, 1955 to May 31, 1956

R.R. MacFarlane R.K. Pitler E E Reynolds

Base (topology)

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RESEARCH AND DEVELOPMENT OF WROUGHT AND CAST HIGH TEMPERATURE ALLOYS

R.R. MacFarlane R.S. DeFries

A study of wrought and cast Co-base and Fe-base alloys was conducted with the object of development of better high-temperature alloys having a minimum strategic alloy content. An alloy containing 10% Ni, 10% Cr, 10% W, 5% Mo, and 1% Nb + Ta was outstanding in rupture properties for the wrought Co-base alloys at 1500 to 1700 deg F. An 18% Mn, 12% Cr, 3% Mo, 0.8% V alloy had a good combination of properties for application at 1200 deg F for the wrought Febase alloys. Thermal shock properties were best for the cast alloys containing the highest Co. No correlation was apparent between thermal shock characteristics and other commonly measured properties. (auth)

Thermal shock

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RESEARCH AND DEVELOPMENT OF WROUGHT AND CAST HIGH TEMPERATURE ALLOYS. PROGRESS REPORT NO. 3 FOR SEPTEMBER 16, 1953 TO DECEMBER 15, 1953

R.R. MacFarlane R.S. DeFries E E Reynolds W.W. Dyrkacz

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DEVELOPMENT OF WROUGHT AND CAST ALLOYS FOR HIGH TEMPERATURE APPLICATIONS

R.R. MacFarlane R.S. DeFries