Tensile examination of progressive damage and failure in porous ceramic composite materials using the XFEM

Aicha Metehri; Kouider Madani; Belaïd Mechab; Mohammed Mokhtari; Ilias M.A.  Ghermaoui

doi:10.5937/vojtehg72-50091

Aicha Metehri Univerzitet Sidi Bel Abes, Tehnološki fakultet, Odsek mašinstva, Sidi Bel Abes, Narodna Demokratska Republika Alžir https://orcid.org/0009-0002-2221-6833
Kouider Madani Univerzitet Sidi Bel Abes, Tehnološki fakultet, Odsek mašinstva, Sidi Bel Abes, Narodna Demokratska Republika Alžir https://orcid.org/0000-0003-3277-1187
Belaïd Mechab Univerzitet Sidi Bel Abes, Tehnološki fakultet, Odsek mašinstva, Sidi Bel Abes, Narodna Demokratska Republika Alžir https://orcid.org/0009-0000-7483-5527
Mohammed Mokhtari Nacionalna politehnička škola u Oranu „Moris Audin“, Odsek mašinstva, Laboratorija za istraživanje tehnologije mašinske proizvodnje, Oran, Narodna Demokratska Republika Alžir https://orcid.org/0000-0001-7255-2312
Ilias M.A. Ghermaoui Univerzitet Sidi Bel Abes, Tehnološki fakultet, Odsek mašinstva, Sidi Bel Abes, Narodna Demokratska Republika Alžir https://orcid.org/0000-0001-7935-5362

DOI: https://doi.org/10.5937/vojtehg72-50091

Ključne reči: kompozit, XFEM, zatezno opterećenje, opterećenje loma, ojačanje vlaknima, veličina

Sažetak

Uvod/cilj: Poroznost je značajan faktor koji prouzrokuje zadržavanje šupljina u materijalima tokom proizvodnje kompozitnih materijala. Ova studija se bavi modeliranjem tipova loma unutar visokonapregnute oblasti napredne SiC/Cf komponente na makroskopskoj skali.

Metode: Metodom konačnih elemenata analiziraju se defekti unutar kompozita, uz razmatranje faktora poput veličine i oblika poroznosti, kao i zateznog napona. Metodom Monte Karlo predviđa se funkcija distribucije (F).

Rezultati: Tri pore su raspoređene svom širinom materijala što smanjuje aktivnu oblast poprečnog preseka materijala i, posledično, vodi do znatnog smanjivanja čvrstoće. Ukupna otpornost pokazuje tendenciju ka smanjivanju, uz primetan pad.

Zaključak: Izvodi se zaključak da oblik i veličina utiču na opterećenje loma uz korišćenje proširene metode konačnih elemenata (XFEM) za predviđanje ponašanja loma u modu 1. Parametar poroznosti znatno utiče na trajnost strukture. Uočava se da je veličina pora (ϕ) ključna komponenta koja utiče na funkciju distribucije (F). Varijabilnost ovog parametra znatno povećava verovatnoću loma ploče i smanjuje životni vek strukture.

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Ispitivanje zatezanja progresivnog oštećenja i loma u poroznim keramičkim kompozitnim materijalima pomoću proširenog metoda konačnih elemenata (XFEM)

Sažetak

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