為解決傳統金屬防洪閘門安裝之不便利性，落實防洪功效，本研究以市面上易取得之塑膠布幕搭配客製化模具，研發出一套新的防洪設備，並將之命名為「防洪布幕」。此設備優勢為：安裝簡易、快速，且一人即可完成安裝。為確保防洪布幕之防洪功效，以及觀測布幕受洪水之側向水壓力作用下產生之力學行為，本研究對防洪布幕規劃一系列的實驗，如：注水實驗、撞擊實驗、潛變實驗，並與有限元素模型之分析數據比較，以驗證用電腦模擬所得數據之可信度，因應未來有不同防洪需求時，能準確預測布幕受力後之形變、應力分布與各構件所需承受之拉力等力學行為。

In order to solve the inconvenience of traditional metal flood gates installation and realize the effect of flood control, this study developed a new set of flood control equipment with plastic curtains readily available on the market and customized molds, and named it "Flexible Flood Control Screen". The advantages of this equipment are: easy and fast installation, and the installation can be completed by one person. In order to ensure the flood control effect of the flood control screen and observe the mechanical behavior of the curtain under the lateral water pressure of the flood, this study plans a series of experiments for the flood control screen, such as: static water pressure, impact, and creep experiment. The test data is compared with the analysis data of the finite element model to verify the reliability of the data obtained by computer simulation. In response to different flood control needs in the future, computer model can accurately predict the deformation and stress distribution of the screen.