DEVELOPMENT OF NEW FACADES BY COMBINED MODELING OF THERMAL SOUND AND VENTILATION ASPECTS AT EARLY DESIGN PHASES
fa(c)ades must meet with continuously increasing requirements concerning design quality and technical performance. It will be shown that neither extremely simplifying nor highly detailed simulation tools with complete geometrical representation really help to develop new fa(c)ade types during the early stages of design. Due to simplified physical modelling, conceptual variations may not be adequately represented and this means that different properties cannot be seen. Detailed simulation programs provide proof-but in most cases only with regard to a single aspect of fa(c)ade qualities–of whether a well defined set of para-meters is already given and if an adequate represen-tation is already integrated. This often prevents the perception of interdependencies and hinders the development of ideas. Based on the authors experience concerning simulation techniques and the process of fa©ade consultancy services, a method with an adapted degree of abstraction was developed. Combined modelling of thermal, sound insulation and ventilation aspects during early design stages is described and a new multilayered fa©ade is presented. KEYWORDS optimization, thermal, sound-insulation, ventilation, double fa©ade
R.Lorenz
PROF.MICHAEL LANGE INGENIEURGESELLSCHAFT mbH, 10585 Berlin, Germany &University of Applied Sciences Potsdam, 14469 Potsdam, Germany;
国际会议
北京
英文
2007-09-03（万方平台首次上网日期，不代表论文的发表时间）