Prediction of Residual Tension of Securing Rope by Oscillation Test
0
조회
0
다운로드
1
인용
0
참고문헌
키워드
초록
A lot of cargo accidents occurred due to insufficient securing in the case of marine transportation. If the residual tension of securing rope can be predicted, it will be very useful in the handling of cargo securing work of operators. It was confirmed in the previous study that the fluctuation tension of securing rope by oscillation could be predicted. In this paper, in order to the prediction of residual tension of securing rope, the experiments were carried out to measure the residual tension of securing rope under the oscillation and cyclic loadings. The residual tensions of two tests were in good agreement with each other. It can be predicted through the cyclic loading test in the estimated fluctuation tension without oscillation test by ship motion simulator
Abstract
A lot of cargo accidents occurred due to insufficient securing in the case of marine transportation. If the residual tension of securing rope can be predicted, it will be very useful in the handling of cargo securing work of operators. It was confirmed in the previous study that the fluctuation tension of securing rope by oscillation could be predicted. In this paper, in order to the prediction of residual tension of securing rope, the experiments were carried out to measure the residual tension of securing rope under the oscillation and cyclic loadings. The residual tensions of two tests were in good agreement with each other. It can be predicted through the cyclic loading test in the estimated fluctuation tension without oscillation test by ship motion simulator
참고문헌 (7)
- "JIS Z 0232, Packaged Freights-Method of Vibration Test, Japanese Industrial Standard", ~ (2004)
- Kim, Y. D., "The Prediction of Fluctuation Tension of Securing Rope by Oscillation", Journal of Packaging Science & Technology, 16(6), pp.413~423 (2007)
- Koyama, G., "On the Long-term Change of the Strength and the Elongation of Synthetic Fiber Ropes", Journal of Japan Institute of Navigation, 108, pp.58~64 (1991)
- Hawser test report, "OCIMF", ~ (1982)
- Takagi, N., "Destructive Fatigue Test of Chemical Fiber Ropes", Technical Report National Research Institute of Fisheries Engineering, 29, pp.21~26 (2007)
- Tsuruta, S., "Tensile Fatigue Strength of Synthetic Fiber Ropes", Journal of Japan Institute of Navigation, 73, pp.151~155 (1985)
- Yamamoto, K., "Basic Research on Preventing Breakage of Mooring Ropes", pp.42~61 (2007), Doctor’s thesis Graduate School of Maritime Science, Kobe University