Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01HR2DCV906162Y0H0C7TGB1VX> ?p ?o. }
Showing items 1 to 25 of
25
with 100 items per page.
- 01HR2DCV906162Y0H0C7TGB1VX classification C1.
- 01HR2DCV906162Y0H0C7TGB1VX date "2024".
- 01HR2DCV906162Y0H0C7TGB1VX language "eng".
- 01HR2DCV906162Y0H0C7TGB1VX type conference.
- 01HR2DCV906162Y0H0C7TGB1VX hasPart 01HR2DFY7ZFZ1MVNV9FP32APDT.pdf.
- 01HR2DCV906162Y0H0C7TGB1VX subject "Technology and Engineering".
- 01HR2DCV906162Y0H0C7TGB1VX doi "10.1016/j.prostr.2024.01.129".
- 01HR2DCV906162Y0H0C7TGB1VX issn "2452-3216".
- 01HR2DCV906162Y0H0C7TGB1VX presentedAt urn:uuid:e09d74e1-3cff-44a0-a9e7-5ebae689e98e.
- 01HR2DCV906162Y0H0C7TGB1VX volume "54".
- 01HR2DCV906162Y0H0C7TGB1VX abstract "In this work, two different high-resolution optical tools are used to measure in-plane displacements on the crack flanks close to the crack tip, which can then be used to determine the presence of crack closure in propagating fatigue cracks. Middle tension (MT) AA6082-T6 aluminum alloy specimens were used with an initial notch, submitted to a cyclic fatigue-loading to open the crack with a pre-determined length. Then, the cracked specimen is monotonically loaded, with defined load increments, to reach the peak load. Digital Image Correlation (DIC) and Electronic Speckle Pattern Interferometry (ESPI) are employed to collect the experimental data at different resolution, calculating the displacement and deformation fields while the specimen is statically loaded. The force-displacement variation on the vertical virtual gauges defined on the crack flanks adjacent to the crack tip is also meticulously monitored. Results from both techniques are compared, and a complementary multiscale methodology is proposed for the crack closure phenomenon.".
- 01HR2DCV906162Y0H0C7TGB1VX author b332207b-e86b-11ed-9022-f9ef6c0cd84e.
- 01HR2DCV906162Y0H0C7TGB1VX author urn:uuid:086949a8-e081-4726-a322-d2aa7d8b1fa5.
- 01HR2DCV906162Y0H0C7TGB1VX author urn:uuid:5967571d-476e-473a-b71c-3235815a0f77.
- 01HR2DCV906162Y0H0C7TGB1VX author urn:uuid:76807cf7-ec86-408b-96ee-bd9a26948b56.
- 01HR2DCV906162Y0H0C7TGB1VX author urn:uuid:f81a019b-28df-4352-a24e-8f5b71d17c4b.
- 01HR2DCV906162Y0H0C7TGB1VX dateCreated "2024-03-03T15:02:25Z".
- 01HR2DCV906162Y0H0C7TGB1VX dateModified "2024-07-09T15:30:48Z".
- 01HR2DCV906162Y0H0C7TGB1VX editor urn:uuid:0b451c49-4876-4cbe-b593-f2d8ade8c3d9.
- 01HR2DCV906162Y0H0C7TGB1VX editor urn:uuid:cc0aeb91-36ec-4afa-a6ca-8ee03fab7bd7.
- 01HR2DCV906162Y0H0C7TGB1VX name "Multiscale optical methods to measure the fatigue crack closure".
- 01HR2DCV906162Y0H0C7TGB1VX pagination urn:uuid:72eba5b5-71a4-49e0-8ccd-1fc9009b8694.
- 01HR2DCV906162Y0H0C7TGB1VX sameAs LU-01HR2DCV906162Y0H0C7TGB1VX.
- 01HR2DCV906162Y0H0C7TGB1VX sourceOrganization urn:uuid:ea149c37-4562-463d-8d92-13d690ca15d7.
- 01HR2DCV906162Y0H0C7TGB1VX type C1.