Matches in Ghent University Academic Bibliography for { <https://biblio.ugent.be/publication/01GRV83HZHN2WS2VERWDWN0VQ0> ?p ?o. }
Showing items 1 to 29 of
29
with 100 items per page.
- 01GRV83HZHN2WS2VERWDWN0VQ0 classification C1.
- 01GRV83HZHN2WS2VERWDWN0VQ0 date "2022".
- 01GRV83HZHN2WS2VERWDWN0VQ0 language "eng".
- 01GRV83HZHN2WS2VERWDWN0VQ0 type conference.
- 01GRV83HZHN2WS2VERWDWN0VQ0 hasPart 01GRV87VPPMW1G15KNJ83K0QNA.pdf.
- 01GRV83HZHN2WS2VERWDWN0VQ0 subject "Technology and Engineering".
- 01GRV83HZHN2WS2VERWDWN0VQ0 doi "10.1007/978-3-031-06116-5_34".
- 01GRV83HZHN2WS2VERWDWN0VQ0 isbn "9783031061158".
- 01GRV83HZHN2WS2VERWDWN0VQ0 isbn "9783031061165".
- 01GRV83HZHN2WS2VERWDWN0VQ0 issn "2211-0844".
- 01GRV83HZHN2WS2VERWDWN0VQ0 issn "2211-0852".
- 01GRV83HZHN2WS2VERWDWN0VQ0 presentedAt urn:uuid:8cdc886b-ce80-498f-8196-7e6cd245990c.
- 01GRV83HZHN2WS2VERWDWN0VQ0 volume "37".
- 01GRV83HZHN2WS2VERWDWN0VQ0 abstract "Additive manufacturing is a perfect tool to manufacture topologically optimized elements. This is mostly done by 3D printing the contour of the desired element. As these printed constructions are hollow, their loadbearing capacity is limited. The use of a proper infill material can help to get rid of this shortcoming by properly integrating a conventional reinforcement system. Self-compacting concrete (SCC) seems an excellent material choice as it can flow into the irregular printed spaces. Not only the high flow properties are important, but the adhesion between the two types of concrete is of interest too. A good bond is needed to prevent delamination and assure a proper force transfer between the two materials. In this study, the bond strength between 3D printed and self-compacting concrete was tested. Linear 3D printed elements were cured at different conditions (dry and submerged in water) for different time periods (2, 6, 13 and 28 days) before casting SCC adjacent to it. After 28 days of curing of the SCC, cores were drilled out of the composite specimens and a direct tensile test was performed. Results showed that the bond strength between the two materials is neither dependent on the curing time of the printed material nor on the curing condition. However, the fracture plane does seem to be influenced by these factors. Specimens cured under water or specimens cured for a limited period tend to fail more at the interface between the two materials, while the ones cure".
- 01GRV83HZHN2WS2VERWDWN0VQ0 author 94F41068-902A-11E7-9640-14F4AD28A064.
- 01GRV83HZHN2WS2VERWDWN0VQ0 author F4949240-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GRV83HZHN2WS2VERWDWN0VQ0 author FA3817BC-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GRV83HZHN2WS2VERWDWN0VQ0 dateCreated "2023-02-09T14:08:40Z".
- 01GRV83HZHN2WS2VERWDWN0VQ0 dateModified "2024-10-29T08:51:52Z".
- 01GRV83HZHN2WS2VERWDWN0VQ0 editor urn:uuid:35fc2d8d-da2b-42f5-ba44-7f920a9b6f5e.
- 01GRV83HZHN2WS2VERWDWN0VQ0 editor urn:uuid:5620fa69-5ef5-44bf-882e-0a4a8477ab6b.
- 01GRV83HZHN2WS2VERWDWN0VQ0 editor urn:uuid:c616037e-723f-495c-afd3-e8b5f5bd7b13.
- 01GRV83HZHN2WS2VERWDWN0VQ0 editor urn:uuid:d619e93e-fc56-4ded-8e49-94f9d35db2d5.
- 01GRV83HZHN2WS2VERWDWN0VQ0 name "Evaluation of the bond strength between 3D printed and self-compacting concrete".
- 01GRV83HZHN2WS2VERWDWN0VQ0 pagination urn:uuid:f4e3c2e1-1c2c-48fb-a7af-da971c4b8f8d.
- 01GRV83HZHN2WS2VERWDWN0VQ0 publisher urn:uuid:c4e496ca-0fda-44c7-b481-fb35e326a0a9.
- 01GRV83HZHN2WS2VERWDWN0VQ0 sameAs LU-01GRV83HZHN2WS2VERWDWN0VQ0.
- 01GRV83HZHN2WS2VERWDWN0VQ0 sourceOrganization urn:uuid:9bbc6401-f662-4b39-857e-545ce50d4dec.
- 01GRV83HZHN2WS2VERWDWN0VQ0 type C1.