Advanced Materials Research Vols. 368-373

Abstract: Nanning proposed to create "water city with Chinese characteristics” in 2009, so how to use its unique Subtropical landscape resources, integrating Nanning tourism space for promoting tourism feature and culture, which is main task of Nanning. This article will utilize landscape ecology tourism to study Nanning city, the city tourism landscape space could be analyzed by during such process, Nanning Watertown tourism development will enter new stage, water is axis, along the tourism resources and landscape could be analyzed and systematical connected for forming Eco-tourism network, which can provide reference and guidance for Nanning tourism space resources integration.

Abstract: In view of the analysis on systematic characteristics of urban landscape based on the landscape urbanism theory, this paper proposed a solution to ecological sustainability problems in urban landscape planning based on system integration and dynamic process. It established a framework for dynamic integrated planning system with system integration as the method, urban landscape ecological efficiency or ULEE evaluation drive as the core, and nonlinear dynamic process as the procedure. Compared with traditional planning methods, this system is characterized as multi-layer dynamic feedback and real-time optimized evaluation. It is a new approach for sustainable urban landscape planning.

Abstract: In regulatory planning’s formulation and implementation of China, there are four participating subjects, namely managers, planners, developers and users. These four subjects represent different social stratifications and interest groups. They play diverse roles in the stage of regulatory planning’s formulation. This paper bases on the demands of participating subjects, analyses the relevant problems, dissects different roles of them, provides theoretical basis for the improvement of regulatory planning’s formulation and explores the relevant practice.

Abstract: By analyzing the features in Korean nationality’s rural landscape, abundant precious fortune of cultural value can be explored. This paper, based on the combination of the peculiar layout characteristics of rural Korea and the theory of rural landscape, intends to probe into the future rural landscape in Korean area with the research emphasis on the development of traditional rural Korea in aspects of geographical shape, national culture, spatial arrangement, etc.

Abstract: In process of urban development, the various participants carry out development activities with their own goals, often caused urban development faced with complex and difficult situation. The public sector and private developers couldn’t accurately recognize the urban development process associated with a variety of challenges and technical requirements. This paper analyzed market factors, participants and their purposes, pointing out that the multi-sectoral development consultation is an effective way to clarify the flexibility of urban development, and achieve the optimal allocation of urban resources. Through the cooperation of public and private, the challenges of urban development should have a broader imagination to find a solution.

Abstract: The landscape architecture that can adapt to climate is rare in actual project. The reason is that climate change is often seen as a threat, and the countermeasure is to defend and protect the status quo. However, from another point of view to review climate change, the anticipation of the changes can be regarded as the newly emerged opportunities in the specific field. On this occasion, climate change can provide the appearance of landscape with many possibilities and create new identities for it. The paper took Inashiki in Japan as the object of study to examine how to define the opportunities under the extreme climate changes and how to create new spatial identities through landscape restoration strategies to make the restored landscape become one part of the regional green infrastructure.

Abstract: Abstract: Commercial real estate is the real estate primarily used for commercial. This paper proposes using the multi-attribute group decision method to identifying the risks of commercial real estate. By calculating the weight of each risk attributes to reflect the degree of influence of different decision makers and risks on the results,and to deduce the degree of similarity and diversity of each decision makers. It introduces the concept of entropy to calculate the weight of each risk attributes, infer the integrated decision-making value of very risk factors, and arrange every risk in order. Finally, it identifies the feasibility. Introduction Commercial real estates are real estates for commercial purposes classified according to use. They include retail shops, supermarkets, community business, commercial plazas, shopping malls and so on. Compared with residential real estate, commercial real estate has larger profits. However, high profits always accompanied with high risk. Developers can obtain the value of compensation and benefits after sold residential real estate, while the payback periods of commercial real estates are longer, even extended to the entire project duration, and are affected by various factors. The risks of commercial real estate including policy risk, funding risk, operational risk, urban planning risk, technology risk, natural risk, market supply and demand risk, capital risk and so on. Previous studies based mainly on qualitative research[1-3], but quantitative analysis of risk identification is less. Based on this, this paper proposes a method of multiple attribute group decision.

Abstract: The motivation and new tendency hidden in the representation of the large-scale sports stadiums is thoroughly dug from form representation, structure representation, architectural symbolization and other aspcets through the analyses of the large-scale sports stadiums. Also, the contingency and inevitablity of the tendency is revealed through the discussion of the modern aesthetic trends in order to provide a source of reference to the creation of sports stadiums in contemporary China.

Abstract: In order to know the operation condition of bridges when they’re under the action of overweight vehicles, it’s necessary to collect the testing information of bridges under the overloaded condition. Based on the high-speed demodulation instrument, the optical fiber grating (FBG) sensor system can realize the continuous collection for the dynamic strain of structure. According to the analysis of the collected data, auto-sorting and recognition for overweight vehicles can be realized. The introductive system has been applied to the health monitoring system of no.2 Wuhan Bridge over Yangtze River (N2WB). The result showed that not only it’s able to recognize whether or not there was an overweight vehicle passing the bridge, but also it could auto-sort the grade of overweight vehicles, which was an effective overweight vehicle monitoring tool for the existing large span bridges.

Abstract: The accuracy of thermal parameters, which are one of the important conditions to study the problem of temperature control and crack prevention of concrete, directly influence the calculation of concrete temperature and stress field. Based on basic genetic algorithm, the FORTRAN procedure was programmed after improving its defects. According to a project, the temperature test was carried out in one of sections of a prototype concrete structure, and the measured temperature dates were obtained. Based on the improved genetic algorithm and the measured temperature dates, the thermal parameters of concrete were obtained after back analysis, and the calculated and measured values were compared. The results show that the improved genetic algorithm provides a effective way for back analysis of concrete temperature field.