AbstractUltrasonic fatigue testing was conducted for high-strength steel using enlarged specimens with a straight section. The results showed good agreement with conventional servo-hydraulic fatigue test results under conditions where fish-eye fracture occurs, showing the validity of ultrasonic fatigue testing using the enlarged specimens. When the results were compared with those using conventional specimens, size effects were clearly observed: enlarged specimens showed lower fatigue strength due to appearance of larger inclusions in the fish-eye fracture origin
The increment of the required lifetime for structural components commonly used in different machiner...
ABSTRACT. Fatigue tests on a high carbon chromium steel were performed with rotating bending and ult...
An increasing number of engineering components are expected to have fatigue life in the range of 107...
Fatigue tests with rotary bending (52.5 Hz) and ultrasonic cycling (20 kHz) methods were performed, ...
This paper reviews the research results to date on gigacycle fatigue caused by internal fractures in...
In this paper, ultrasonic (20 kHz) fatigue tests were performed on specimens of a high-strength stee...
When the fatigue cycle is extended from high cycle (105~107) to very high cycle (107~109), the fatig...
Literature datasets showed that gigacycle fatigue properties of materials may be affected by the spe...
Gigacycle fatigue properties of materials are strongly affected by the specimen risk volume (volume ...
Until 1970´s, fatigue properties of materials were usually studied and evaluated up to the HCF regim...
AbstractThe fatigue behavior of a high strength steel 300 M in the gigacycle regime was investigated...
AbstractNowadays technical applications require very small components which leads to the question of...
Experimental results indicate that the fatigue life reduces by about two orders of magnitude when in...
Two comprehensive overviews on ultrasonic quantitative nondestructive evaluation and materials chara...
It is well‐known that the high cycle fatigue (HCF) strength of steel components is influenced by a l...
The increment of the required lifetime for structural components commonly used in different machiner...
ABSTRACT. Fatigue tests on a high carbon chromium steel were performed with rotating bending and ult...
An increasing number of engineering components are expected to have fatigue life in the range of 107...
Fatigue tests with rotary bending (52.5 Hz) and ultrasonic cycling (20 kHz) methods were performed, ...
This paper reviews the research results to date on gigacycle fatigue caused by internal fractures in...
In this paper, ultrasonic (20 kHz) fatigue tests were performed on specimens of a high-strength stee...
When the fatigue cycle is extended from high cycle (105~107) to very high cycle (107~109), the fatig...
Literature datasets showed that gigacycle fatigue properties of materials may be affected by the spe...
Gigacycle fatigue properties of materials are strongly affected by the specimen risk volume (volume ...
Until 1970´s, fatigue properties of materials were usually studied and evaluated up to the HCF regim...
AbstractThe fatigue behavior of a high strength steel 300 M in the gigacycle regime was investigated...
AbstractNowadays technical applications require very small components which leads to the question of...
Experimental results indicate that the fatigue life reduces by about two orders of magnitude when in...
Two comprehensive overviews on ultrasonic quantitative nondestructive evaluation and materials chara...
It is well‐known that the high cycle fatigue (HCF) strength of steel components is influenced by a l...
The increment of the required lifetime for structural components commonly used in different machiner...
ABSTRACT. Fatigue tests on a high carbon chromium steel were performed with rotating bending and ult...
An increasing number of engineering components are expected to have fatigue life in the range of 107...