A New Facility for Evaluation of Materials Subject to Erosion and Cavitation Damage

John F. Ripken; John M. Killen; Scott D. Crist

A New Facility for Evaluation of Materials Subject to Erosion and Cavitation Damage

John F. Ripken, John M. Killen, Scott D. Crist

St. Anthony Falls Laboratory

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Abstract

For nearly forty years various investigators have attempted to develop and routinely employ test procedures which would realistically evaluate the service resistance of fabricated materials exposed to erosion by water impact. These evaluations were necessary for the design selection of materials for steam turbine blades, for hydraulic machinery, and more recently for underwater ship appendages and for aircraft windshields.

Original language	English (US)
State	Published - Mar 1965

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St. Anthony Falls Laboratory
Lian Shen (Director)
St. Anthony Falls Laboratory
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title = "A New Facility for Evaluation of Materials Subject to Erosion and Cavitation Damage",

abstract = "For nearly forty years various investigators have attempted to develop and routinely employ test procedures which would realistically evaluate the service resistance of fabricated materials exposed to erosion by water impact. These evaluations were necessary for the design selection of materials for steam turbine blades, for hydraulic machinery, and more recently for underwater ship appendages and for aircraft windshields.",

author = "Ripken, {John F.} and Killen, {John M.} and Crist, {Scott D.}",

year = "1965",

month = mar,

language = "English (US)",

}

TY - BOOK

T1 - A New Facility for Evaluation of Materials Subject to Erosion and Cavitation Damage

AU - Ripken, John F.

AU - Killen, John M.

AU - Crist, Scott D.

PY - 1965/3

Y1 - 1965/3

N2 - For nearly forty years various investigators have attempted to develop and routinely employ test procedures which would realistically evaluate the service resistance of fabricated materials exposed to erosion by water impact. These evaluations were necessary for the design selection of materials for steam turbine blades, for hydraulic machinery, and more recently for underwater ship appendages and for aircraft windshields.

AB - For nearly forty years various investigators have attempted to develop and routinely employ test procedures which would realistically evaluate the service resistance of fabricated materials exposed to erosion by water impact. These evaluations were necessary for the design selection of materials for steam turbine blades, for hydraulic machinery, and more recently for underwater ship appendages and for aircraft windshields.

M3 - Other report

BT - A New Facility for Evaluation of Materials Subject to Erosion and Cavitation Damage

ER -

A New Facility for Evaluation of Materials Subject to Erosion and Cavitation Damage

Abstract

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St. Anthony Falls Laboratory

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