Heavily drawn steel wires, used in applications such as radial tires, have to withstand a high number of fatigue cycles, typically > 108. Such steel wires have diameters as small as 175μm. High cycle fatigue failure in such wires is initiated by either surface defects or internal non-metallic inclusions. The former leads to shorter fatigue lives than the latter. A methodology has been developed to measure the fatigue threshold Stress Intensity Factor (SIF) for long cracks in these heavily drawn steel wires. Then, the SIF's of the non-metallic inclusions, at which the high cycle fatigue cracks initiate, were compared to the threshold value for long crack growth. It was shown that the defect size that should be used to calculate the SIF is la...
This paper reviews the research results to date on gigacycle fatigue caused by internal fractures in...
Tensile fatigue tests were performed under load control, with constant stress range Δσ on pearlitic ...
The rotating bending fatigue test and the measurement of inclusion size distribution in a material u...
AbstractHeavily drawn steel wires, used in applications such as radial tires, have to withstand a hi...
The influence of non-metallic inclusions on the fatigue properties of heavily cold drawn steel wires...
The fatigue behavior of heavily drawn steel wires with a diameter of 175 µm and total strain of 3.5 ...
AbstractThe influence of non-metallic inclusions on the fatigue properties of heavily cold drawn ste...
The fatigue behavior of heavily drawn steel wires with a diameter ranging from 0.175 to 0.3 mm and a...
The increased demand and requirements for high-strength steels drives the need to better understand ...
Many engineering components reach a finite fatigue life well above 109 load cycles. Some examples of...
The increased demand and requirements for high-strength steels drives the need to better understand ...
Recent studies showed that fatigue failure of high-strength eutectoid steel wires originates from su...
First, the effects of nonmetallic inclusions on the fatique strength of metals are reviewed and the ...
ABSTRACT. Cyclically loaded machine parts made of high strength-steel mostly fail at high lifetimes ...
The high cycle and Very-High-Cycle Fatigue (VHCF) properties of a structural steel with smooth and n...
This paper reviews the research results to date on gigacycle fatigue caused by internal fractures in...
Tensile fatigue tests were performed under load control, with constant stress range Δσ on pearlitic ...
The rotating bending fatigue test and the measurement of inclusion size distribution in a material u...
AbstractHeavily drawn steel wires, used in applications such as radial tires, have to withstand a hi...
The influence of non-metallic inclusions on the fatigue properties of heavily cold drawn steel wires...
The fatigue behavior of heavily drawn steel wires with a diameter of 175 µm and total strain of 3.5 ...
AbstractThe influence of non-metallic inclusions on the fatigue properties of heavily cold drawn ste...
The fatigue behavior of heavily drawn steel wires with a diameter ranging from 0.175 to 0.3 mm and a...
The increased demand and requirements for high-strength steels drives the need to better understand ...
Many engineering components reach a finite fatigue life well above 109 load cycles. Some examples of...
The increased demand and requirements for high-strength steels drives the need to better understand ...
Recent studies showed that fatigue failure of high-strength eutectoid steel wires originates from su...
First, the effects of nonmetallic inclusions on the fatique strength of metals are reviewed and the ...
ABSTRACT. Cyclically loaded machine parts made of high strength-steel mostly fail at high lifetimes ...
The high cycle and Very-High-Cycle Fatigue (VHCF) properties of a structural steel with smooth and n...
This paper reviews the research results to date on gigacycle fatigue caused by internal fractures in...
Tensile fatigue tests were performed under load control, with constant stress range Δσ on pearlitic ...
The rotating bending fatigue test and the measurement of inclusion size distribution in a material u...