Research On The Design Of Weaving Building Skin Based On The Influences Of Climatic And Environmental Factors

With the great enrichment of material culture and the continuous innovation of technology field,the building skin has been self-contained with the separated from the main structure,meeting people's increasingly updated aesthetic orientation through the shaping of aesthetics.However,blindly pursuing the form and ignoring the impact of climatic and environmental factors will be bound to cause the building skin can not play a role in improving the quality of the indoor environment.In view of the above situation,this paper takes the weaving building skin of Daxing Campus Library of Beijing University of Civil Engineering and Architecture as the research object.Through the comparative analysis of empirical investigation and computer simulation,the epidermal design based on climate environmental factors is verified,its indoor light environment and wind environment are better than the epidermal design based on culture.Through the research of this paper,it can further prove that the woven architectural surface design method based on the influence of climate factors can not only improve the comfort of indoor environment,reduce building energy consumption,but also realize the perfect unity of architectural skin form and content.The computer aided platform is an important foundation for the research in this paper,in which the parametric modeling software Grasshopper is used to build the weaving building skin model and the environmental performance simulation software Ecotect is used to make visualized analysis of the indoor light environment and wind environment.The application of parametric design method and environmental performance simulation tool can realize the positive response to climate environmental factors in the architectural surface design.