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High-strength steels fatigue-crack-growth rates

Fig. 7.121 Corrosion-fatigue-crack-growth rate as a function of stress-in-tensity range for high-strength 4340M steel in vacuum and distilled water at 23 °C. Data for vacuum and indicated frequencies and R = 0. Source Ref 1 72...

See other pages where High-strength steels fatigue-crack-growth rates is mentioned: [Pg.1311] [Pg.1344] [Pg.1298] [Pg.1304] [Pg.1306] [Pg.1306] [Pg.1310] [Pg.174] [Pg.427] [Pg.430] [Pg.430] [Pg.432] [Pg.1331] [Pg.1337] [Pg.1339] [Pg.1339] [Pg.615] [Pg.230] [Pg.793] [Pg.143] [Pg.1298] [Pg.1304] [Pg.1315] [Pg.413] [Pg.417] [Pg.429] [Pg.433] [Pg.61] [Pg.65] [Pg.1331] [Pg.1337] [Pg.1343] [Pg.1348] [Pg.436] [Pg.436] [Pg.796] [Pg.530]

See also in sourсe #XX -- [ Pg.427 , Pg.430 , Pg.431 , Pg.433 ]

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Crack growth

Crack growth rate

Cracking rate

Cracking steels

Cracks crack growth

Cracks fatigue cracking

Fatigue cracking

Fatigue cracks

Fatigue growth

Fatigue strength

Growth rate

Growth rating

High-rate

High-strength steels cracking

Steel fatigue

Steel strength