Computational Design of a Naval Unit For Rapid Intervention In Case of Marine Eco-system Disaster

Abstract: The design and accomplishment of the systems used in the marine field (targets with direct sight, radar targets, floating units) require the analysis of the hydrometeorological conditions characteristic of the open areas of the marine shore areas of the coast, respectively: H wave = 6 - 8 m; L wave = 25 - 30 m with trochoidal waves (multi-directional and multi-component waves), V current = 1.5 m/s, as well as the nature of the substrate (sandy areas). For the digital design and loading of the patterns of the Naval Rapid Intervention Unit, the Optitex Pattern Making software was used. With the help of the modules included in the program, the changes made on the patterns were additionally transferred to the virtual model that provided: visualization of modules created as 2D patterns in virtual 3D mode; analysis of how changes made to 3D models affect 2D patterns; direct transition from concept to virtual 3D model with all aspects related to the fully defined product (material properties and their behavior). The equipment was tested and analyzed based on the physical-mechanical performance level, and the main statistical parameters were determined as essential elements for the optimization of the proposed technological solution.

Keywords: technical textiles, statistical analysis, ecosystems, design

DOI: 10.54941/ahfe1005587

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