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- 01J7XS9TCCCMHAT7WSDSW61CP5 classification A1.
- 01J7XS9TCCCMHAT7WSDSW61CP5 date "2025".
- 01J7XS9TCCCMHAT7WSDSW61CP5 language "eng".
- 01J7XS9TCCCMHAT7WSDSW61CP5 type journalArticle.
- 01J7XS9TCCCMHAT7WSDSW61CP5 hasPart 01J7XSAE4EYP4YV4GVTBPK4KCE.pdf.
- 01J7XS9TCCCMHAT7WSDSW61CP5 hasPart 01J7XSEB2WW49RWHA58E5WQAHA.docx.
- 01J7XS9TCCCMHAT7WSDSW61CP5 subject "Technology and Engineering".
- 01J7XS9TCCCMHAT7WSDSW61CP5 doi "10.1016/j.triboint.2024.110188".
- 01J7XS9TCCCMHAT7WSDSW61CP5 issn "0301-679X".
- 01J7XS9TCCCMHAT7WSDSW61CP5 issn "1879-2464".
- 01J7XS9TCCCMHAT7WSDSW61CP5 volume "201".
- 01J7XS9TCCCMHAT7WSDSW61CP5 abstract "The presence of service torque, which is generated after tightening, directly affects the mechanical properties of bolted joint. In this work, the mechanical behavior of bolted joints under torsional loads is investigated using finite element analysis (FEA). Models with two plates and multiple plates are established separately to investigate the mechanical properties of different kinds of bolted joints. Three analysis steps involving the entire process from tightening to torsional loading are adopted, namely tightening step, initial loss step and loading step. Torsional loads in two directions along the thread axis are considered and defined as loosening torsional load and tightening torsional load. The clamping force, as well as the friction torques of various contact surfaces, of the bolted joint are extracted in all the analysis steps. Different scenarios of friction torque combinations for bolted joints are obtained by means of adjusting the friction coefficient of the corresponding contact surfaces. On this basis, the mechanical properties of bolted joints and the corresponding torque thresholds are extracted on various scenarios. FEA results showed that how the service torque makes the directional characteristic of the mechanical properties of bolted joints under torsional loads. Moreover, the service reliability of bolted joint can be further improved based on the directional characteristics and the extracted torque thresholds.".
- 01J7XS9TCCCMHAT7WSDSW61CP5 author 2223D1E4-F0EE-11E1-A9DE-61C894A0A6B4.
- 01J7XS9TCCCMHAT7WSDSW61CP5 author 7f248531-2775-11ef-bc95-9361c4bf4785.
- 01J7XS9TCCCMHAT7WSDSW61CP5 author urn:uuid:0b365cee-a2ee-4dfb-a0c5-ceb2aafbc406.
- 01J7XS9TCCCMHAT7WSDSW61CP5 author urn:uuid:e9816dc2-e78a-4fe3-bd82-3d041eb0627c.
- 01J7XS9TCCCMHAT7WSDSW61CP5 author urn:uuid:f0f6c28d-636f-4fb9-b922-e0fa4867aa42.
- 01J7XS9TCCCMHAT7WSDSW61CP5 dateCreated "2024-09-16T16:05:26Z".
- 01J7XS9TCCCMHAT7WSDSW61CP5 dateModified "2024-11-28T00:16:25Z".
- 01J7XS9TCCCMHAT7WSDSW61CP5 name "Finite element analysis of bolted joints under torsional loads".
- 01J7XS9TCCCMHAT7WSDSW61CP5 pagination urn:uuid:3dac23e5-f122-43d4-845d-c5c31c1a69f2.
- 01J7XS9TCCCMHAT7WSDSW61CP5 sameAs LU-01J7XS9TCCCMHAT7WSDSW61CP5.
- 01J7XS9TCCCMHAT7WSDSW61CP5 sourceOrganization urn:uuid:10d00e11-730f-480a-87e8-69204588cbb0.
- 01J7XS9TCCCMHAT7WSDSW61CP5 type A1.