[HTML][HTML] Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
[PDF][PDF] Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac, E Vives, N Barrera… - academia.edu
Results Elongation test. We have used a Cu68. 13Zn15. 74Al16. 13 (at.%) single-crystal
grown by the Bridgman method. The specimen is a thin elongated parallelepiped with …
grown by the Bridgman method. The specimen is a thin elongated parallelepiped with …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac, E Vives… - Communications …, 2020 - hal.science
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac… - … , 2020, vol. 1, num. 3, p …, 2020 - diposit.ub.edu
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Benoît, B Xavier, G Michel, V Eduard… - Communications …, 2020 - search.proquest.com
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac… - COMMUNICATIONS …, 2020 - research.unipd.it
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac… - Communications …, 2020 - cnrs.hal.science
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
[PDF][PDF] Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac, E Vives, N Barrera… - openaccessrepository.it
Results Elongation test. We have used a Cu68. 13Zn15. 74Al16. 13 (at.%) single-crystal
grown by the Bridgman method. The specimen is a thin elongated parallelepiped with …
grown by the Bridgman method. The specimen is a thin elongated parallelepiped with …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac… - Communications …, 2020 - inria.hal.science
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
Concurrent tracking of strain and noise bursts at ferroelastic phase fronts
B Blaysat, X Balandraud, M Grédiac… - Communications …, 2020 - ui.adsabs.harvard.edu
Many technological applications are based on functional materials that exhibit reversible first-
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …
order ferroelastic transitions, including elastocaloric refrigeration, energy harvesting, and …