Research On Construction And Application Of Logistics Service Supply Chain Based Automobile Industry

With the rapid development of automobile industry and the related industries, automobile logistics has been increasingly important. However, the complication of automobile manufacture and specialty of distribution process make the scientific automobile logistics a very worthwhile research field. This dissertation mainly aims at the construction and application of logistics supply chain system (logistics supply chain, LSSC).Based on the rapid development of automobile industry and its major impact on economy, this dissertation analyzed the significance of developing automobile logistics. Meanwhile, this dissertation introduced the current situation of automobile industry, the recent researches on domestic and overseas LSSC and logistic service field, especially on the fields of the integration of manufacturing supply chain, construction of LSSC, automobile logistics service and their related research fields. According to the literatures and fieldwork, this dissertation analyzed and concluded the automobile logistics supply chain and pointed out its research goal, research content, research mind, analytical framework and main research approach.Based on the theories of logistics service features and logistics division, this dissertation figures out that the origins of logistics supply chain are the specialization and advantages of scale economy, internal pushes, external forces and catalysis, which have vital impact on forming logistics service supply chain (LSSC). Cooperation among enterprises is critical of forming LSSC.This dissertation analyzed and compared the definition, characteristics of logistics supply chain and introduced bi-level and multi-level construction of LSSC, and defined LSSC, and then pointed out that logistics service capability consists of clients'coordination capability, function service capability and information service capability. This dissertation put forwarded a new approach of constructing LSSC: the conception of logistics cloud service and studied the factors and main technique requirements of LSSC.According to the features of supply chain management centered by main frame worker, this dissertation pointed out the demand of integration and interaction between automobile manufacturing supply chain and LSSC. Based on this demand, this dissertation analyzed the construction of LSSC of automobile industry, including customer cloud formed by manufacturing supply chain centered by main frame worker and carrying out integrated logistics service; Fully constructing logistics information cloud service; developing professional logistics functional service cloud; constructing the logistics resources rarely gained in purchasing; creating functional service cloud based on their own ability.By using service oriented system, this dissertation studied the features of constructing information service coordination ability of LSSC and integrated framework of LSSC information. This dissertation analyzed the stable condition between manufacturing supply chain and LSSC cooperation development by using the theory of differential equation stability, and this dissertation applied bi-level planning model and logistic service supply agent optional method and put forwarded the solving and verifying genetic algorithm. From the two aspects of storage and transportation, this dissertation analyzed the functional service capability, coordination and optimization of automobile LSSC. An optimized model of automobile component storage and transportation was established based on milk-run distribution model. Then this model was verified by using hierarchical iteration.Using bi-level model, the demand of decreasing storage and transportation costs in operation was described and genetic algorithm was applied to verify this model.This dissertation analyzed the problems of an automobile logistics company confronted and concluded main demands of the automobile logistics service. From this analysis, this dissertation suggested the solutions from the following aspects: establishing assets relation to create customer cloud; constructing automobile LSSC functional service capability; developing and constructing LSSC supporting platform; developing the application of transportation and storage coordination capability.This research has been partly applied to a company's automobile LSSC and has achieved remarkable application result.