Before revision: Oddly, it will often effect the ultimate tensile strength of the material more than the yield strength of the material.Samuel, K.G, Mannan, S.L.and Rodriguez, P,(1996) “Another Manifestation of Dynamic Strain Aging” Journal of Material Science Letters 15:167-1699 Material specific example of Dynamic Strain Aging Dynamic strain aging has been shown to be linked to these specific material problems: Decrease the fracture resistance of Al-Li alloys.1 Decrease low cycle fatigue life of austenitic stainless steels and super-alloys under test conditions which are similar to the service conditions in liquid-metal-cooled fast breeder reactors in which the material is used.2) Mannan, S.L., “Role of dynamic stain aging on low cycle fatigue” Material Science vol 16 no 5 December 1993 p561-582 Reduce fracture toughness by 30-40% and shorten the air fatigue life of RPC steels and may worsen the cracking resistance of steels in aggressive environments.
After revision: Oddly, it will often affect the ultimate tensile strength of the material more than the yield strength of the material.Samuel, K.G, Mannan, S.L.and Rodriguez, P,(1996) “Another Manifestation of Dynamic Strain Aging” Journal of Material Science Letters 15:167-1699 Material specific example of Dynamic Strain Aging Dynamic strain aging has been shown to be linked to these specific material problems: Decrease the fracture resistance of Al-Li alloys.1 Decrease low cycle fatigue life of austenitic stainless steels and super-alloys under test conditions which are similar to the service conditions in liquid-metal-cooled fast breeder reactors in which the material is used.2) Mannan, S.L., “Role of dynamic stain aging on low cycle fatigue” Material Science vol 16 no 5 December 1993 p561-582 Reduce fracture toughness by 30-40% and shorten the air fatigue life of RPC steels and may worsen the cracking resistance of steels in aggressive environments.