<abstract xml:lang="en" xmlns="http://www.w3.org/1999/xhtml"><p>X-ray diffractometry is one of the basic methods of stress measurement. This method was used to measure stress distributions around rivets as described further in this paper. There were two types of riveted samples, six types of samples made of rivet wire (after different types of treatment) and a aluminium sheet sample with three measurement areas: plate with both cladding and anodized layer, plate after removing the anodized layer and plate after removing both cladding and anodized layer. Riveted samples were prepared to measure the stress distribution around the rivets and the samples of wire and the plate with three areas were prepared to check the effect of different types of treatment on stress state.</p></abstract>

X-ray diffractometry is one of the basic methods of stress measurement. This method was used to measure stress distributions around rivets as described further in this paper. There were two types of riveted samples, six types of samples made of rivet wire (after different types of treatment) and a aluminium sheet sample with three measurement areas: plate with both cladding and anodized layer, plate after removing the anodized layer and plate after removing both cladding and anodized layer. Riveted samples were prepared to measure the stress distribution around the rivets and the samples of wire and the plate with three areas were prepared to check the effect of different types of treatment on stress state.

Measurements Parameters Optimisation for X-Ray Diffractometry Measurements of Stress State Around the Rivets

Fatigue of Aircraft Structures

X-ray diffractometry is one of the basic methods of stress measurement. This method was used to measure stress distributions around rivets as described further...

Measurements Parameters Optimisation for X-Ray Diffractometry Measurements of Stress State Around the Rivets

Pubblicato online: 23 set 2010

Pagine: 58 - 62

DOI: https://doi.org/10.2478/v10164-010-0006-x

This content is open access.