Applied Mechanics and Materials Vols. 522-524

Abstract: Based on a metro station background of the line 3 west extension engineering of Kunming metro line co.LTD. On the basis of geological survey and indoor geotechnical mechanics experiment, the 3D geological model was established by three-dimensional finite difference method FLAC3D. Stability of main structure for the metro station was analyzed. The analysis results provides a reference for safety operation of the metro station.

Abstract: Vibration phenomena on buildings in old residential district under non-seismic load are increasing. Given the vibration phenomenon on buildings in an typical old residential district under vehicle load, cast-in-situ bored piles in rows are suggested to reduce the vibration through analysis. Finite element method (FEM) is used to simulate vibration reduction effect of piles with different lengths. Considering analysis of the isolation of Rayleigh wave from far field and the result of FEM, 40 meter is the reasonable length of the vibration reduction piles. A vibration reduction solution is presented.

Abstract: Throughout history till today, the development of science and technology all play a very enormous role to the development of architecture. Our ancestor drawn the inspiration from the geometry ,and build up the fundamental rules of art .They created new structure system and developed new material by studying on the growth law of all nature on earth .Today, more and more architect makes use of 3-D imitate to carry out complicated shape .They also combine the high technology with architecture design to make building more humanity and more energy conservation. The science and technology progress has built vivid architectural space and images. But at the same time it also brought a lot of problems. How to harmonize these is the duty of architects.

Abstract: How to use numerical simulation method to analyze human body heat transfer and human thermal comfort is introduced in this paper systematically. Under the same working conditions, numerical simulation of human body heat transfer has been finished based on three thermal boundary conditions, and then the results are compared. The results show that the third thermal boundary condition is better than the first and the second one, which have some problems in simulation and are not good at reflecting the fact on thermal comfort of human body. The third thermal boundary condition which is made to adapt the surrounding flow field automatically can get a more accurate result on calculating the heat transfer of different parts on human body and reflect hot or cool feeling preferably, which proves that the method put forward in this article to research the human body comfort is feasible.

Abstract: Along with the development of social economy and culture industry, Garden Aesthetic Evaluation is becoming one of the focus issues for culture industrial administration department and tourists. This paper holds the view that different factors which affect the garden aesthetic perception will not influence the evaluation results linearly and irrelevantly. These factors have their own psychological foundation which are complicated and interactional psychological structure formation in the forming of aesthetic perception. By the Structure Equation Model (SEM), this article used the theoretical research and empirical study on garden aesthetics evaluation and the research results show that the data support the hypothesis of psychological structure formation in achieving garden aesthetics perception. The Researchers can design different structure models for different types of gardens, and obtain data by random sampling in the follow-up studies.

Abstract: Winter is the most scenery depression during annual plant landscape. It could be improved depending on exploring suitable winter landscape construction methods, by using the rational allocation of winter ornamental plants. This paper discussed the ornamental characteristics of winter garden plants and winter garden plant landscape construction methods as well as configuration arts, proposed allocation patterns from different viewing angles, provided a reference for urban winter garden landscape.

Abstract: With the fulfillment of pollution into our life, environmental protection has received significant attention of the whole world. The building indoor pollution affects peoples health directly or indirectly, as building decorations use extra composite materials, which release amounts of formaldehyde or carbon dioxide and are sources of some diseases. Thus, in order to meet the modern building standards, the following measures should be taken to control indoor pollution: building structure design, control of pollution sources, ventilation system design, application of green building materials, and indoor afforest, etc.

Abstract: Interior space is the main target of Art and Design is to provide virtual body can enjoy the sway of various design elements environment indoors. This space is "virtual and real," "yes or no", the core issue is the interior design of the study.

Abstract: This paper introduces the architectural art design based on ecological aesthetics. The philosophical foundation, thinking ways and research methods of ecological aesthetics are described detailedly. The architectural art design which absorbs the advantages of ecological aesthetics shows the beauty of architecture. This is beneficial attempt from three aspects, namely whole vision, cultural ecology and aesthetic participation. All these research promote the development of architectural art design.

Abstract: The formation of the traditional dwellings' characteristics in western Sichuan was deeply influenced by the local folk art. To probe historical origins between traditional dwellings and folk art, and accelerate the protection of traditional dwellings, we excavate the profound connotation of folk art in three aspects: Sichuan opera, tea culture and wood carving.