Applied Mechanics and Materials Vols. 651-653

Abstract: By collecting the data of FDI on China seaport construction from 1991 to 2011, and using the nearest point coefficient and Gini coefficient, this paper quantitatively analyzed the spatial and temporal distribution of FDI on China Seaport Construction in three following periods: 1991-1997, 1991-2003 and 1991-2011. Statistics showed that temporal distribution of FDI on China seaport construction was relatively concentrated, and had very strong cyclical quality. Calculation results of the nearest point coefficient and Gini coefficient showed that respectively, the distribution of seaports invested by foreign was aggregated and the distribution of FDI in port groups was unbalanced in each period. But the aggregated and unbalanced degree experienced the same process that first got bigger and then became smaller.

Abstract: Intercity railway passengers often have to transfer as no though train between their origin and destination. To choose the optimal transfer scheme is not easy to them. In this article, the transfer waiting time and the total journey time are considered as influencing factors. Based on the statistical expectation of these factors, the transfer weight function is defined and used to find the optimal scheme. This function can be used in developing railway information system.

Abstract: ANSYS finite element model of bearing type steel arch bridge is established. The arch bridge column overall mechanics performance on fire is analyzed through thermal analysis module of the software. And the internal force and deformation of the different pillar of fire is calculated. The conclusions show that structure deformation of the fire and the fire near pillar in a certain range has certain increase. Displacement of the fire in the bridge column is change with the increase of the temperature. In the local pillar by fire ,arch rib alignment is not affected in local pillar.

Abstract: Based on investigation dada on Pb in April, June, July and October 1982, this paper analyzed the transportation of Pb in Jiaozhou Bay. Results showed that atmosphere deposition, ocean current from the offshore, and the transportation of the head of the islands were the major sources of Pb. These different sources determined different transportation processes of Pb, displayed seasonal variations of Pb content and distribution.

Abstract: Western mountain of Hubei Province is a landslide-prone area in China, by transportation, utilities, energy, resources and other infrastructure greatly being underway, a large number of excavation and water-storing landslides may be triggered in future. The swift establishment of a synthetical classification system for the regional slope/landslide is the basic work for further research to the development of distribution law, deformation&failure mechanism, space-time forecasts and the corresponding treatment policy. This article first presented the multi-level block diagram of the synthetical classification system, then gave the classified 19 slopes preliminarily. Finally, the deformation&failure pattern and mechanism of all kinds of slopes/landslides in this region were analysed, and some typical engineering examples were also listed.

Abstract: The typical characteristics of carbonate reservoir is heterogeneous. The reservoirs were deposited in slope of marginal neritic carbonate plat form and marginal reefs in Middle East Oil Field. The vuggy carbonate reservoir pore systems include intergranular pores, mould pores, intercrystal pores, micropores and dissolution fracture. I t can be divided into separate vugs and touching vugs on the basis of vug interconnection. The goal of well-log evaluation is to describe the spatial distribution of petrophysical parameters, such as porosity and permeability. Well-log evaluation and core analyses provide quantitative measurements of petrophysical parameters in the vicinity of the well bore. The key for quantifying physics models is buildup the relationship between the log data and the core analyses result. The purpose of reservoir evaluation is to use the Interactive Mineral Solver module of Interactive Physics software to solve for mineralogy, porosity and permeability. The result of the analyses shows that calculated parameters has high coherence with core sample test. For vuggy carbonate reservoir evaluation, It shows that accurate values of physics parameters can be predicted using selected module in well-log data processing and interpretation.

Abstract: Visual illusion is a universal phenomenon that deviates from people’s conventional perception experience. Applying this phenomenon into design can exploit vast form innovation in visual field. This paper takes advantage of visual illusion to widen designer’s design thought. Especially, the special visual effects it generates can intensively simulate human vision and induce psychological association. Visual illusion embodies a sort of meaningful form as well as declares the various manifestation patterns of visual design itself.

Abstract: With building structures including multi-dwelling houses, studios, and apartment buildings becoming higher, the amount of repetitive work in their construction has increased. However, to cure the concrete needed for this construction, a great deal of energy and cost are needed. Therefore, a curing method should be developed to cut the cost. For this reason, the economic feasibility of the Self-Curing System Form method (hereinafter SCSFM) was compared with that of the protecting tent. In this study, it was found that the SCSFM method is more cost-effective than the protecting tent method.

Abstract: To meet the technical demands of rapid assessment on small and medium earthquake damages, this paper presents the comprehensive disaster evaluation method of on-spot human-computer interaction survey and remote sensing image analysis based on the GIS technology support in the small and medium earthquakes. By making full use of the advantages of existing data, emphasizing on the automatical identification of the unique texture features of small earthquakes with a combination analysis on high resolution images gained from unmanned aerial vehicles (uav) and the seismic damages, the new method results in the rank distribution of earthquakes by gaining the experienced parameter of local small-medium earthquakes based on the analysis of regional characteristics of texture features of remote sensing images. It is concluded that the evaluation method is more accurate and efficient for small and medium earthquake rapid disaster assessment.

Abstract: Intelligent residential district is the very hot and frontier topic in current information industry and the housing construction area; it is also one of the key problems for realization of housing industry informatization. The intelligent residential district planning and design and system integration are the key and difficult part. With the vigorous development of the information age, Computer technology and the Internet will more deeply affect every aspect of people's life. In the intelligent village, the influence of home automation performance showed in means of network technology of data transmission. This paper introduces the connotation of the intelligent residential characteristics and development situation at home and abroad and give a brief intelligent home system solution.