Add to ORKGPoint defects play an important role in the internal friction characteristics of martensitic Cu-based alloys. The concentration and mobility of these defects greatly influence the internal friction as well as the stabilisation of the martensite. The concentration is strongly dependent on the heat-treatment and the alloy type while the mobility is temperature dependent.status: publishe
The effects of the rate of heating and cooling, frequency and strain amplitude on internal friction ...
Des mesures de résistivité ont montré que la transformation martensitique est partiellement ou compl...
<div><p>Alloys of CuAlMn are known as cheap, high strength shape memory alloys with an excellent dam...
Dans cet article, nous présentons une description des deux pics de frottement intérieur observés dan...
Dans cet article, nous présentons une description des deux pics de frottement intérieur observés dan...
On a étudié l'influence des transformations martensitiques cycliques, réversibles sur les changement...
Dans une récente publication, nous avons relevé une dépendance de l'amortissement du Cu-Zn-Al avec l...
Abstract.- The alloys which exhibit a thermoelastic martensitic transformation are characterised by ...
The method of internal friction has been used for studying stress-induced martensitic transformation...
The internal friction spectrum at 5 MHz in the martensite beta'(1)-phase of CuAlNi alloys shows two ...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
In several Cu-Al and Cu-Zn alloys damping peaks at about 200 K have been observed. The effects are d...
The ability of the martensitic transformation of several Cu-Zn-Al alloys produced under industrial c...
The effects of long-range atomic order and pinning of interfaces on anelastic properties of Cu-based...
The internal friction of cold-worked Cu-Al alloys is measured with an inverted torsion pendulum in t...
The effects of the rate of heating and cooling, frequency and strain amplitude on internal friction ...
Des mesures de résistivité ont montré que la transformation martensitique est partiellement ou compl...
<div><p>Alloys of CuAlMn are known as cheap, high strength shape memory alloys with an excellent dam...
Dans cet article, nous présentons une description des deux pics de frottement intérieur observés dan...
Dans cet article, nous présentons une description des deux pics de frottement intérieur observés dan...
On a étudié l'influence des transformations martensitiques cycliques, réversibles sur les changement...
Dans une récente publication, nous avons relevé une dépendance de l'amortissement du Cu-Zn-Al avec l...
Abstract.- The alloys which exhibit a thermoelastic martensitic transformation are characterised by ...
The method of internal friction has been used for studying stress-induced martensitic transformation...
The internal friction spectrum at 5 MHz in the martensite beta'(1)-phase of CuAlNi alloys shows two ...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
In several Cu-Al and Cu-Zn alloys damping peaks at about 200 K have been observed. The effects are d...
The ability of the martensitic transformation of several Cu-Zn-Al alloys produced under industrial c...
The effects of long-range atomic order and pinning of interfaces on anelastic properties of Cu-based...
The internal friction of cold-worked Cu-Al alloys is measured with an inverted torsion pendulum in t...
The effects of the rate of heating and cooling, frequency and strain amplitude on internal friction ...
Des mesures de résistivité ont montré que la transformation martensitique est partiellement ou compl...
<div><p>Alloys of CuAlMn are known as cheap, high strength shape memory alloys with an excellent dam...