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http://dx.doi.org/10.5762/KAIS.2020.21.8.468

A Verification Study on the Demand Performance of Fabric Duct for Localization Development of Naval Vessel  

Jung, Young In (Defense Agency for Quality and Technology)
Choi, Sang Min (Defense Agency for Quality and Technology)
Jung, Hyun Sub (Defense Agency for Quality and Technology)
Sim, Min Sub (Defense Agency for Quality and Technology)
Publication Information
Journal of the Korea Academia-Industrial cooperation Society / v.21, no.8, 2020 , pp. 468-474 More about this Journal
Abstract
Metal ducts for transporting air conditioning and heating inside ships have recently been replaced by cloth ducts that have the advantage of delivering air evenly to the compartments, with excellent noise reduction in major compartments, such as combat command rooms, steering rooms, and sound detector cabins. Since the performance requirements of fabric ducts for vessels are strict, and the entire length of the ducts was imported from Korea, the government wants to create economic effects through localization of fabric ducts. Air permeability and fire prevention performance tests verified the applicability to naval vessels of fabric ducts developed by Hyundai Heavy Industries and HiDact, and performance requirements presented in the POS were verified. As a result of the tests, the fabric ducts met the requirements for air permeability and fireproof performance.
Keywords
Fabric Duct; Air Permeability; Fire Proof; Smoke Growth Rate(SMOGRA)m Fire Growth Rate(FIGRA);
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  • Reference
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