인천대학교 인디고클랫폼 인천대학교 기술지원허브

The expected effects of implementing this invention are significant and multifaceted. First and foremost, the installation of wind shield panels at critical pipe rack connections is anticipated to result in a marked reduction in wind-induced failures. By shielding joints and structural members from direct wind exposure, the panels lower the dynamic loads experienced during typhoons, cyclones, and other extreme weather events. This translates into fewer incidents of bolt loosening, joint fatigue, and structural deformation, thereby enhancing the overall integrity and safety of the pipe rack system. In terms of corrosion protection, the panels serve as a first line of defense against salt spray and moisture, which are the primary drivers of corrosion in offshore environments. By limiting the deposition of salt and reducing the frequency of wet-dry cycles at protected locations, the panels slow the breakdown of protective coatings and the onset of rust. This effect is particularly pronoun