本项目的目标是开发一个灵活的开窗模拟程序，该程序基于开窗热流的基本物理模型，使用具有迭代搜索功能的智能默认机制，根据用户输入生成物理真实的开窗系统，最小输入仅为U系数和太阳热增益系数（SHGC）的集总参数。随着更多输入（例如，窗格玻璃数量、间隙宽度、框架材料等）的提供，该程序将把搜索范围缩小到剩余的未知属性，以便窗系统整体属性和合成窗系统的其他物理特性与实际窗系统的可用信息相匹配。在某些情况下，这些信息可能仅限于可观察的特征，例如尺寸、窗格玻璃的数量和框架材料。 利用这些有限的输入信息，该工具根据当今市场上可用的真实组件生成一个开窗系统的详细物理描述。该计算机程序设计为使用标准模式生成一个文本文件，其中包含适合输入流行建筑模拟引擎的信息。引用:2019年冬季会议，佐治亚州亚特兰大，技术论文

The objective of this project is to develop a flexible fenestrationsimulation program based on fundamental physicalmodeling of fenestration heat flows that uses an intelligentdefault mechanism with iterative search capabilities toproduce a physically realistic fenestration system based onuser inputs, with the minimum inputs being only the lumpedparameters of U-factor and solar heat gain coefficient(SHGC). As more inputs (e.g., number of panes, gap width,framematerial, etc.) are provided, theprogramwillnarrowthesearch to the remaining unknown properties so that the fenestrationsystem bulk properties and other physical characteristicsof the synthesized fenestration system will matchavailable information from actual fenestration systems. Insome cases, this information may be limited to observablecharacteristics, such as dimensions, number of glass panes,and frame materials. Using such limited input information, thetool generates a detailed physical description of a fenestrationsystem based on real components available on the markettoday. This computer programis designed tobeused inastandalonemode to produce a text file containing information suitableto be input into popular building simulation engines.