To determine the fatigue limits of materials, fatigue testing, which is time-consuming and
very expensive, is required. In order to overcome these shortcomings, estimating methods …

In this paper, a technique for improving the accuracy of a dissipated energy measurement
based on the phase information—called the phase 2f lock-in infrared method—is proposed …

In this paper, a new fatigue limit estimation scheme for austenitic stainless steel based on
the dissipated energy is proposed. The new scheme utilizes the phase 2f lock-in infrared …

This study is conducted to verify the technique of fatigue limit evaluation through numerical
simulation. Temperature evolution of a notched stainless steel specimen subjected to cyclic …

Recently, a technique for rapidly determining a material's fatigue limit by measuring energy
dissipation using infrared thermography has received increasing interest. Measuring the …

In recent years, fatigue limit estimation based on dissipated energy has been introduced in
various industries because of its time and cost effectiveness. However, the mechanism of …

The technique of rapid evaluation of fatigue limit using infrared thermography was
developed and has been paid attention during the past 30 years. This technique is …

The technique for rapid evaluation of fatigue limit using infrared thermography has been
developed and paid much attention recently. However, the enhancement of reliability of this …

The fatigue limit estimation method based on the dissipated energy measurement was
applied to the single bead-on-plate weld. The stair-case-like stress level test was conducted …

In this study, accuracy improvement technique of dissipated energy measurement based on
phase information, which is called phase lock-in method, was suggest. This method utilizes …