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E3S Web of Conferences 328, 07002 (2021) ICST 2021 5.2 Bending Test Fig.11. Bending Test of HDPE Recycle Bending test of type 2 recycle plastic (HDPE) and resin with a ratio of 97.5%: 2.5% resulted in different bending strengths of 4 test specimens (1a-1d). The larger result is 25,595 and minimum is 26,5. Bending test of type 2 plastic (HDPE) and resin with a ratio of 95%: 5% resulted in different bending strengths of 4 test specimens (2a-2d). The larger result is 27,295 and minimum is 28,213. Bending test of type 2 plastic (HDPE) and resin with a ratio of 92.5%: 7.5% resulted in different bending strengths of 4 test specimens (3a- 3d). The larger result is 28,43 and minimum is 29,867. Bending test of type 2 plastic (HDPE) and resin with a ratio of 90%: 10% resulted in different bending strengths of 4 test specimens (4a-4d). The larger result is 31,56 and minimum is 30,362. After described above, it was obtained that the larger stress was found in the specimen with a ratio of 90%: 10% for type 2 plastic (HDPE) with the addition of resin. Detail stress and strain every specimen test, please see below graphic. - Fig.12. Bending Stress of HDPE Recycle https://doi.org/10.1051/e3sconf/202132807002 Impact test of type 2 recycle plastic (HDPE) and resin with a ratio of 97.5%: 2.5% resulted in different impact strengths of 4 test specimens (1a-1d). The larger result is 1,6012 and minimum is 1,6915. Impact test of type 2 plastic (HDPE) and resin with a ratio of 95%: 5% resulted in different impact strengths of 4 test specimens (2a-2d). The larger result is 1,2415 and minimum is 1,38. Impact test of type 2 plastic (HDPE) and resin with a ratio of 92.5%: 7.5% resulted in different impact strengths of 4 test specimens (3a-3d). The larger result is 0,9649 and minimum is 0,8267. Impact test of type 2 plastic (HDPE) and resin with a ratio of 90%: 10% resulted in different impact strengths of 4 test specimens (4a-4d). The larger result is 1,6915 and minimum is 1,6012. After described above, it was obtained that the larger stress was found in the specimen with a ratio of 97.5%: 2.5% for type 2 plastic (HDPE) with the addition of resin. Detail stress every specimen test, please see below graphic. Fig.15. Impact Stress of HDPE Recycle 5.4 Strength of Fishing Boat Modelling of fishing boat has been carried out used sample of Maxsurf model include frame, stiffener and web frames. Fig.16. Modelling hull and structure of fishing boat This boat has designed for 3 GT of fishing vessel with hull thickness, web frame and stiffener approximate 10 mm. After input all recycle material data into the software, strain of hull can be as per below figure Fig.17 Strain with 3 GT Payload Impact Stress of HDPE Recycle 2 1,5 1 0,5 0 1a1b1c1d2a2b2c2d3a3b3c3d4a4b4c4d Composition Bending Stress of HDPE Recycle 33 31 29 27 25 1a1b1c1d2a2b2c2d3a3b3c3d4a4b4c4d Composition Bending Strain of HDPE Recycle 0,04 0,035 0,03 0,025 0,02 1a1b1c1d2a2b2c2d3a3b3c3d4a4b4c4d Composition Fig.13. Bending Strain of HDPE Recycle 5.3 Impact Test Fig.14. Impact Test of HDPE Recycle 4 % MPa JoulePDF Image | DRI-WEAVE reinforced poly featuring an 8x8 scrim pattern and HDPE coating
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