Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297548887> ?p ?o ?g. }
- W4297548887 endingPage "4064" @default.
- W4297548887 startingPage "4064" @default.
- W4297548887 abstract "Pultruded glass-fibre reinforced polymer (pGFRP) composites are classified as lightweight material, which exhibit high strength-to-weight ratio for structural usage. This composite material has been applied as cross-arm members in transmission towers due to its ability in thermal and electrical insulation. However, the influence of the stacking sequence of pGFRP composite on its mechanical performance has not been fully covered in the literature to explain the long-term durability of the current cross-arm designs. The study expected to evaluate five fiber layers with various stacking sequences in terms of quasi-static and creep tests in a four-point bending mode. The creep test was performed for 1440 h (60 days). These composites were fabricated using the pultrusion process in the form of a square hollow structure. Later, it was cut into composite coupons with various sizes depending on the test conducted. The results showed that nine layers with 0°/45°/0°/-45°/0°/-45°/0°/45°/0° had the ultimate flexural strength. This stacking sequence configurations seemed to be optimally manufactured in continuous roving fibre by alternating between 0° and ±45° fiber orientations. Additionally, the S-9 pGFRP composite sample showed that it had a low-creep deflection with high elastic and apparent creep moduli in 1440 h. In terms of strength reduction factor, this configuration was recorded as the highest. The findings showed that the nine layers of pGFRP composites with alternation of 0° and ±45° fiber orientations were highly suitable for structural application at transmission towers for a long-term operation." @default.
- W4297548887 created "2022-09-29" @default.
- W4297548887 creator A5032913923 @default.
- W4297548887 creator A5046081523 @default.
- W4297548887 creator A5053867775 @default.
- W4297548887 creator A5054085514 @default.
- W4297548887 creator A5076696110 @default.
- W4297548887 creator A5083470389 @default.
- W4297548887 date "2022-09-28" @default.
- W4297548887 modified "2023-09-26" @default.
- W4297548887 title "Effect of Stacking Sequence on Long-Term Creep Performance of Pultruded GFRP Composites" @default.
- W4297548887 cites W1902962007 @default.
- W4297548887 cites W1970617318 @default.
- W4297548887 cites W1973506240 @default.
- W4297548887 cites W1999738907 @default.
- W4297548887 cites W2000294246 @default.
- W4297548887 cites W2008809655 @default.
- W4297548887 cites W2009925759 @default.
- W4297548887 cites W2015838656 @default.
- W4297548887 cites W2023204577 @default.
- W4297548887 cites W2031697352 @default.
- W4297548887 cites W2034070975 @default.
- W4297548887 cites W2040758630 @default.
- W4297548887 cites W2042991881 @default.
- W4297548887 cites W2049632681 @default.
- W4297548887 cites W2052939847 @default.
- W4297548887 cites W2064024247 @default.
- W4297548887 cites W2066554345 @default.
- W4297548887 cites W2078557049 @default.
- W4297548887 cites W2083460201 @default.
- W4297548887 cites W2084061266 @default.
- W4297548887 cites W2085464478 @default.
- W4297548887 cites W2087634048 @default.
- W4297548887 cites W2088589387 @default.
- W4297548887 cites W2090799560 @default.
- W4297548887 cites W2092932159 @default.
- W4297548887 cites W2103191831 @default.
- W4297548887 cites W2118475615 @default.
- W4297548887 cites W2155259470 @default.
- W4297548887 cites W2247970040 @default.
- W4297548887 cites W2321391047 @default.
- W4297548887 cites W2344749672 @default.
- W4297548887 cites W2552027621 @default.
- W4297548887 cites W2608875994 @default.
- W4297548887 cites W2664832914 @default.
- W4297548887 cites W2747001565 @default.
- W4297548887 cites W2754907522 @default.
- W4297548887 cites W2755832350 @default.
- W4297548887 cites W2781779681 @default.
- W4297548887 cites W2789040132 @default.
- W4297548887 cites W2789783288 @default.
- W4297548887 cites W2800769759 @default.
- W4297548887 cites W2889596902 @default.
- W4297548887 cites W2896430561 @default.
- W4297548887 cites W2902821501 @default.
- W4297548887 cites W2904048231 @default.
- W4297548887 cites W2913070035 @default.
- W4297548887 cites W2920680700 @default.
- W4297548887 cites W2927435879 @default.
- W4297548887 cites W2939304876 @default.
- W4297548887 cites W2957440130 @default.
- W4297548887 cites W2958713816 @default.
- W4297548887 cites W2962236119 @default.
- W4297548887 cites W2966467809 @default.
- W4297548887 cites W2969615536 @default.
- W4297548887 cites W2976968956 @default.
- W4297548887 cites W2977836222 @default.
- W4297548887 cites W2996354902 @default.
- W4297548887 cites W2998717446 @default.
- W4297548887 cites W3001196636 @default.
- W4297548887 cites W3020785751 @default.
- W4297548887 cites W3022843484 @default.
- W4297548887 cites W3033166816 @default.
- W4297548887 cites W3034920850 @default.
- W4297548887 cites W3094948928 @default.
- W4297548887 cites W3096245556 @default.
- W4297548887 cites W3108092726 @default.
- W4297548887 cites W3110036088 @default.
- W4297548887 cites W3113064776 @default.
- W4297548887 cites W3128398498 @default.
- W4297548887 cites W3128801959 @default.
- W4297548887 cites W3210353396 @default.
- W4297548887 cites W4205262992 @default.
- W4297548887 cites W4211238764 @default.
- W4297548887 cites W4214635889 @default.
- W4297548887 cites W4221031222 @default.
- W4297548887 cites W4223617055 @default.
- W4297548887 cites W4225123306 @default.
- W4297548887 cites W4281752031 @default.
- W4297548887 cites W4282571016 @default.
- W4297548887 cites W4283741205 @default.
- W4297548887 cites W858210790 @default.
- W4297548887 cites W2049608227 @default.
- W4297548887 doi "https://doi.org/10.3390/polym14194064" @default.
- W4297548887 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36236012" @default.
- W4297548887 hasPublicationYear "2022" @default.
- W4297548887 type Work @default.
- W4297548887 citedByCount "12" @default.