Experimental microalloyed steel was tested employing samples with a suitable geometry for
crack initiation and kinetics of short crack propagation monitoring through rotating bending …

The initiation, propagation and closure behavior of microcracks were investigated through
successive observations of fatigue process on the plain specimen surface in rotating …

The behaviour of a low carbon steel has been studied, in particular the initiation, growth and
coalescence of fatigue microcracks on the surfaces of smooth specimens via surface …

A micro-tensile fatigue test of 42CrMo alloy steel was carried out. The result shows that the
crack initiation and propagation of the material could be characterized with randomness and …

Fatigue in a low-carbon steel is investigated through observation on surface crack
propagation and on growth of cracks in preliminary notched specimens. Testing uses three …

Fatigue in a low-carbon steel with ferrite and pearlite microstructure is investigated through
testing of three groups of specimens. Two of the groups consist of cylindrical specimens …

Short fatigue cracks were investigated in a 0.14 wt% carbon steel (SAE 1017) in fine grained
condition by optical observation of the surface of smooth specimens under fatigue loading …

The characteristics of short fatigue crack growth in 0.003 and 0.47% carbon steels have
been studied using a recently developed technique [Ray KK, Narasaiah N, Sivakumar R …

In order to clarify the statistical behaviour of microcracks, rotating bending fatigue tests of
plain specimens were carried out using two kinds of carbon steel with different …

Crack growth behavior and propagation rates in SUS316L steel, 1CrMoV steel, and
Hastelloy-X in multiaxial low-cycle fatigue tests at high temperature were investigated. Crack …