客滚港区停车场规模仿真研究
[Abstract]:Roll-on-roll-off transport, as an important part of waterway transportation, has the advantages of small energy consumption, small footprint, low cost, high efficiency, large capacity, door-to-door, comfortable environmental protection, high technical content and high competitive advantage, and also drives the development of local tourism industry. The prosperity of the local economy plays an important role in promoting the economic development of the coastal areas and the Sichuan River, and has become an important industry actively promoted and supported in China. With the vigorous development of ro / ro transport industry, how to plan and design reasonable port function layout and determine the size of each functional area has become an important factor related to the survival and development of the port. In the early period of port construction, based on the experience and the predicted throughput, a simple calculation system can not be formed on the basis of simple estimation according to the experience and forecast of the port area land area scale in the early period of port construction. With the scarcity of land resources and the decrease of cultivated land area in China, how to save the land resources on the premise of ensuring the normal operation of Rro / Ro port area is of great significance to the sustainable development of ro / ro transport. In the land functional zone of Ro / Ro port area, the area of automobile car park plays a large role in the scale of the whole port area. The research on the car park scale of ro / ro port area is an important part of the study of the port area scale. First of all, this paper systematically analyzes several functional zones and their functions in Ro / Ro port area, and introduces in detail the operation flow of passenger transport service, roll-on / roll-off operation and luggage operation. And the parking demand and parking characteristics of the parking lot before and after inspection in passenger rolling port area are explained. Then, combining with the focus of this paper-the scale of the parking lot before and after the inspection, the process of the passenger and rolling ship navigation subsystem and the automobile boarding sub-system are studied, which are related to the passenger-rolling ship navigation sub-system and the automobile boarding operation sub-system. The simulation model of parking lot size in passenger and rolling port area is established by means of computer simulation technology. Thirdly, through the simulation model, using the principle of single factor variables, the influence of the arrival law of the boarding vehicle, the loading capacity of the ship and the efficiency of the security inspection hall on the size of the parking lot before and after the inspection are studied. Finally, taking a real passenger and rolling port area as an example, the validity of the model is verified by comparing the scale of parking lot before and after inspection and the simulation results in actual engineering. The research in this paper can make an important reference for improving the utilization rate of port land resources, and realize the maximization of investment benefit of port engineering.
【学位授予单位】:大连理工大学
【学位级别】:硕士
【学位授予年份】:2014
【分类号】:U695.293;U653
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