共 196 条
- [61] Park N., Park S., A study on the estimation of facilities in lng bunkering terminal by simulation—busan port case, J Mar Sci Eng, 7, 10, (2019)
- [62] Fu S., Yan X., Zhang D., Li C., Zio E., Framework for the quantitative assessment of the risk of leakage from lng-fueled vessels by an event tree-cfd, J Loss Prev Process Ind, 43, pp. 42-52, (2016)
- [63] Koo J., Oh S., Choi Y., Jung J., Park K., Optimization of an organic rankine cycle system for an lng-powered ship, Energies, 12, 10, (2019)
- [64] Elgohary M., The future of natural gas as a fuel in marine gas turbine for lng carriers, Proc IME M J Eng Marit Environ, 226, 4, pp. 371-377, (2012)
- [65] Fan H., Enshaei H., Jayasinghe S., Human error probability assessment for lng bunkering based on fuzzy bayesian network-cream model, J Mar Sci Eng, 10, 3, (2022)
- [66] Wang Z., Zhang Q., Wang Y., Li X., Zhou J., Computational fluid dynamics simulation of cryogenic safety analysis in an liquefied natural gas powered ship during liquefied natural gas leakage, Front Energy Res, 10, (2023)
- [67] Chen S., Zheng S., Zhang Q., Investment decisions under uncertainty on LNG-powered vessels for environmental compliance, Journal of Shipping and Trade, 3, 1, (2018)
- [68] Coast Marine W., Liquefied natural gas: a marine fuel for Canada's west coast, West coast marine LNG joint industry project, (2014)
- [69] Brynolf S., Fridell E., Andersson K., Environmental assessment of marine fuels: liquefied natural gas, liquefied biogas, methanol and bio-methanol, J Clean Prod, 74, pp. 86-95, (2014)
- [70] Chryssakis C., Brinks H., King T., The Fuel Trilemma: next generation of marine fuels, DNV-GL strategic research & innovation position paper 03-2015, (2015)