E pile top getting jacked up by the stiffener. At this time, the optical fiber within this section doesn’t match closely using the pile physique, plus the TG6-129 Data Sheet stress in the optical fiber within this section deviates from the actual tension with the pile.Chenodeoxycholic acid-d5 supplier Strain ()Pile length (cm)(a)Figure 12. Cont.Strain ()0 5 10 150 five 10-ength (cm)100N 200N 300N 400N 500N 600NPi PileSensors 2021, 21,20 20 25 25 30-5 0 -5 0 5 five 0 0 513 ofStrain () Strain ()(a) (a)101520Pile length (cm) Pile length (cm)10 10 15 15 20 20 25 25 30100N 100N 200N 200N 300N 300N 400N 400N 500N 500N 600N 600N(b) (b)Figure 12. Strain distribution of pile shaft at junction of Figure 12. Strain distribution of pile shaft in the junction of internet and net. (a) S-shaped layout–No. Figure 12. Strain distribution of pile shaft in the junction of net and net. (a) S-shaped layout–No. Figure 12. Strain distribution of pile shaft at the junction of net and web. (a) S-shaped layout–No. 11 opticalfiber; (b) 1-shaped layout–No. 22opticalfiber. optical fiber; (b) 1-shaped layout–No. optical fiber. 11 opticalfiber; (b) 1-shaped layout–No. 22 opticalfiber. optical fiber; (b) 1-shaped layout–No. optical fiber.Figure 13. The fiber is jacked up at the stiffener rib. Figure 13. The fiber is jacked up in the stiffener rib. Figure 13. The fiber is jacked up at the stiffener rib.Figure 14 shows the strain distribution of pile shaft in the junction amongst web and flange beneath two groups of different layout approaches, they’re the data of No. 1 optical fiber web and flange junction and No. three optical fiber. It can be seen from the figure that the strain distribution of pile shaft is roughly the same as that in the junction involving net and net.Sensors 2021, 21,Figure 14 shows the strain distribution of pile shaft at the junction among internet and flange beneath two groups of distinct layout approaches, they’re the information of No. 1 optical fiber net and flange junction and No. 3 optical fiber. It might be seen in the figureof 18 14 that the strain distribution of pile shaft is roughly the identical as that at the junction involving net and web.Strain ()0 five ten 15 20 25 30 -5 0 5 10 15Pile length (cm)100N 200N 300N 400N 500N 600N(a) Strain ()0 five 10 15 20 25 30 -5 0 five ten 15Pile length (cm)100N 200N 300N 400N 500N 600N(b)Figure 14. Strain distribution of pile shaft the junction of of web and flange. (a) S-shaped layout– Figure 14. Strain distribution of pile shaft at at the junction internet and flange. (a) S-shaped layout–No. 1No. 1 optical fiber; (b) 1-shaped layout–No. three optical fiber. optical fiber; (b) 1-shaped layout–No. 3 optical fiber.Figure 15 shows the strain distribution of pile shaft around the flange edge of two groups Figure 15 shows the strain distribution of pile shaft on the flange edge of two groups of unique layout techniques, they may be the information of No. 11optical fiber flange edge and No. four of various layout solutions, they’re the data of No. optical fiber flange edge and No. 4 optical fiber. It could be seen in the figure that together with the increase thethe pile leading load, optical fiber. It could be noticed in the figure that together with the improve of of pile best load, the the strainthe the same position of pile pile is increasing. Below precisely the same load, the strain strain at at identical position of the the is increasing. Under the exact same load, the strain distridistribution along length of the pilepile is generally the exact same, except for the influence range bution along the the length in the is generally the exact same, except for the influence range of of the st.