“…Our work, presented in part [1] confirms these results: the mechanical tests carried out to obtain different hardening states show that the proposed methodology remains valid for any type of loading conditions, monotonic or cyclic, tension or compression.…”
Section: Influence Of the Loading Typesupporting
confidence: 79%
“…The initial microstructure has been modified such that three microstructures of this alloy have been investigated. Details concerning the heat treatments that have been applied to obtain these microstructures and their characterization in the un-shot peened state are given in the part I of the present work [1]. The first microstructure is the reference microstructure (mean grain size around 4.2 µm and strengthening precipitates with a size of about 20 nm) obtained directly after forging and corresponding to the "as-received" material.…”
Section: Materials and Shot Peening Conditionsmentioning
confidence: 99%
“…All measurements were taken at several locations to ensure the uniformity of the surface treatment. The measurement procedures were similar with the one previously described in the part I of this work [1].…”
Section: Experimental Protocol For the Shot Peened Samplesmentioning
confidence: 99%
“…In Part I [1], it was shown that XRD, EBSD and microhardness are sensitive to the microstructure and work hardening state. For each technique and considered microstructure, a calibration curve has been proposed.…”
Section: Introductionmentioning
confidence: 99%
“…Since the calibration is dependent on the microstructure [1], the microstructural characteristics (grain size and size of the strengthening precipitates) of the material should not change during the treatment.…”
“…Our work, presented in part [1] confirms these results: the mechanical tests carried out to obtain different hardening states show that the proposed methodology remains valid for any type of loading conditions, monotonic or cyclic, tension or compression.…”
Section: Influence Of the Loading Typesupporting
confidence: 79%
“…The initial microstructure has been modified such that three microstructures of this alloy have been investigated. Details concerning the heat treatments that have been applied to obtain these microstructures and their characterization in the un-shot peened state are given in the part I of the present work [1]. The first microstructure is the reference microstructure (mean grain size around 4.2 µm and strengthening precipitates with a size of about 20 nm) obtained directly after forging and corresponding to the "as-received" material.…”
Section: Materials and Shot Peening Conditionsmentioning
confidence: 99%
“…All measurements were taken at several locations to ensure the uniformity of the surface treatment. The measurement procedures were similar with the one previously described in the part I of this work [1].…”
Section: Experimental Protocol For the Shot Peened Samplesmentioning
confidence: 99%
“…In Part I [1], it was shown that XRD, EBSD and microhardness are sensitive to the microstructure and work hardening state. For each technique and considered microstructure, a calibration curve has been proposed.…”
Section: Introductionmentioning
confidence: 99%
“…Since the calibration is dependent on the microstructure [1], the microstructural characteristics (grain size and size of the strengthening precipitates) of the material should not change during the treatment.…”
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