Font Size: a A A

Research On The Application Of The New Technology Of The Comprehensive Transformation Of The Indoor Environment Quality In Traditional Village Houses

Posted on:2018-01-23Degree:MasterType:Thesis
Country:ChinaCandidate:H LiuFull Text:PDF
GTID:2322330533961634Subject:Master of Engineering
Abstract/Summary:PDF Full Text Request
The product of traditional village houses is the natural and social conditions,is an important part of the residential building,through the investigation of some traditional village houses in hot summer and cold winter area,found that the current relatively complete reservation of traditional houses still has the value of economic,culture and research is relatively high.Through the investigation and study of traditional village dwellings,this paper analyzes and tests the problems related to the indoor environment quality of traditional dwellings,and puts forward some technical measures for optimizing the indoor environmental quality of the traditional village houses.From the angle of application and research,the use of software simulation,the thermal environment,suitable for traditional village dwelling sound environment,light environment,natural ventilation related construction technology four aspects are studied,which has a certain guiding significance for the protective renovation of traditional village,the main achievements include:In the thermal environment,through the research status of traditional village houses,to the test way of traditional village thermal envelope structure are analyzed,energy-saving measures of building envelope are combed.Using DesT energy saving soft auxiliary energy saving design,the energy consumption simulation of typical cases is carried out,and the energy consumption value before and after simple and direct transformation is simulated.According to the simulation results,analysis of different energy-saving measures and energy consumption compared to that before the transformation,the corresponding energy saving rate,analysis and evaluation of simulation results.In the acoustic environment,aiming at the problem of sound insulation of wooden building acoustic environment suitability,through comprehensive analysis of the acoustic environment of traditional wooden houses,put forward the basic principle to solve the problems of the application of the sound insulation,the new structure of modern building insulation technology and new materials,the existing traditional residential acoustic environment.Combined with the actual situation and style needs of traditional village houses,the paper summarizes the relevant construction and implementation methods of sound environment improvement and reconstruction.In the light of environment,technology integration strategy summarized suitable for indoor light environment of traditional houses,in the case of building plane function based on technology integration strategy as the guiding principle of indoor light environment of traditional houses are optimized.According to the node interface,indoor functional layout,lighting requirements,the appropriate lighting technology strategy is selected to optimize the design.The feasibility and validity of the design strategy are verified by Autodesk Ecotect simulation,lighting principle analysis and lifting effect deduction.In indoor air quality,first of all,the basic concepts and influencing factors of indoor air quality are analyzed,so as to find the targeted strategies and methods.Through the study of various ventilation strategies,we can understand the applicability and practice of various ventilation strategies in optimizing the indoor air quality of traditional dwellings.According to the external environment optimization,single building structure optimization and modern technology assisted ventilation,gradually from big to small,from the traditional to the modern way of summing up various aspects of the improvement scheme confirms the rationality and suitability in traditional village residential indoor air quality.
Keywords/Search Tags:Traditional residence, Indoor environmental quality, Energy-saving optimization, Comprehensive reform, Integration strategy
PDF Full Text Request
Related items