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Green ecological landscape design represents a sustainable design and development model, aims to build an environment which fits peoples health and living. Starting with its meanings, this paper makes a full analysis of its guiding ideology, characteristics and composition, and takes a practical application of the above analysis through elements and methods of residential landscape design. Finally, we hope this paper can play a guiding role in the process of our countrys landscape design toward to sustainable green and eco-design.

Logistics industry is considered as the artery and basic industry of national economic development, its development level has become an important index to measure modernization and comprehensive national strength of a country. Meanwhile, modern logistics zone tends to more maximization, intelligent and ecological. Based on E-commerce platform, logistics park planning should actively develop e-commerce, build e-commerce platform, integrate leisure tourism experience service into traditional logistics park to enhance its popularity, build brand and drive the aggregation of people.

This paper discusses the status and development of urban spatial strategic planning studies, and elaborates three dominant planning approaches of spatial strategic planning. Currently, Chinas urban spatial strategic planning does not adhere to details, but rather focus on the prospect of the city, the entire technology roadmap does not emphasize exhaustive, but the city's ability to solve practical problems. The article also combine studies on the Central Plain Cities to conclude that Chinas urban strategic spatial planning should focus on the development of several node cities, optimize the urban hierarchy and network system in region.

This article discusses the current situation and development of Chinas tourism planning, expounds the close relationship between culture and tourism. It Points out that the cultural heterogeneity and differences generate tourism, at the same time, tourism has promoted cultural exchange, development and heritage. With the further development of tourism, tourism planning and construction of tourism system will integrate within a larger region. Finally, it concludes that Chinas tourism planning will push culture and region towards integration, this article also hopes to play a valuable role in building up the large regional tourism culture system.

In order to investigate the multi-axial mechanical properties of a kind of PU (polyurethane) foam, some experiments in different loading conditions including uni-axial tension, uni-axial compression, hydrostatic compression and three-point bending were conducted. It is shown that the hydrostatic component influences yield behavior of PU foam, the yield strength and degree of strain hardening in hydrostatic compression exceed those for uni-axial compression. In terms of the differential hardening constitutive model, the evolution of PU foam yield surface and plastic hardening laws were fitted from experimental data. A finite element method was applied to analyze the quasi-static responses of the PU foam sandwich beam subjected to three-point bending, and good agreement was observed between experimental load-displacement responses and computational predictions, which validated the multi-axial loading methods and stress-strain constitutive model parameters. Moreover, effects of two foam models applied to uni-axial loading and multi-axial loading conditions were analyzed and compared with three-point bending tests and simulations. It is found that the multi-axial constitutive model can bring more accurate prediction whose parameters are obtained from the tests above mentioned.

This paper presents a Manufacturing Execution System (MES) for the composite component manufacturing workshop of an aerospace enterprise. The production process management is the core module of the MES. The system shows the production process management has important effect on the workshop production. The function modules of the production process management are introduced in detail. An improved working flow of the production process for optimizing the traditional production process is emphatically described. Barcode technology is applied to collect the production data and quality inspection data. By scanning the barcode, the real time data information can be collected and data statistic analysis can be done rapidly. The integration relationship between the production process management system and other systems is also introduced. Three-layer structure is adopted to design and develop the system. The developed system has been applied in the composite component manufacturing workshop. The results show that working efficiency of production process management has been improved.