根據過去災損經驗，雖然建築結構於地震中可能未受損，但非結構物(如設備、管線等)仍可能遭受破壞，進而導致斷水、斷電、斷訊等問題。對於醫院來說，這可能會降低醫療功能，甚至使其無法提供醫療援助而被迫關閉。本研究彙整2024年4月3日花蓮地震中花蓮醫院的非結構物損壞原因，整合調查結果。此外，考量傳統靠牆非結構物固定方法存在破壞牆壁或該非結構物的缺點，本研究提出了矽利康柔性固定方法，使用矽利康黏著角鋼來固定鐵櫃及塑膠表面的移動式設備，探討不同材料介面與矽利康接合強度，並提出適用於非結構物的柔性補強方法及計算範例。

Based on past damage experiences, although building structure may not suffer damage during an earthquake, non-structural components (NSCs) can still be destroyed, leading to issues such as water, power, and communication outages. For hospitals, this could reduce their medical functionality or even force them to close, preventing them from providing aid. This study compiles the non-structural damage from the Hualien earthquake on April 3, 2024, integrating the survey results and listing the causes of the damage. Furthermore, considering the drawbacks of traditional fixation methods, such as damaging walls, this research proposes a silicone-based flexible fixation method. It uses silicone adhesive and angle iron to secure movable equipment with metal cabinets and plastic surfaces. The study explores the bonding strength of different material interfaces with silicone and proposes soft bonding methods for non-structural components, including corresponding calculation examples.