• Title/Summary/Keyword: 방수재

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Tensile Adhesive Chracteristics of Waterproofing System for Concrete Bridge Decks (교량 바닥판 조건에 따른 교면방수 시스템의 인장접착 특성)

  • Lee, Byung-Duck;Shim, Jae-Won;Park, Sung-Ki;Kim, Kwang-Woo
    • International Journal of Highway Engineering
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    • v.4 no.3 s.13
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    • pp.15-23
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    • 2002
  • The waterproofing system's performance is known to show a determing by complex interaction of material factors, design details, and the quality of construction, and the waterproofing integrity of waterproofing membranes is determined by the bond to the deck and the amount of damage to the waterproofing membrane. In this research, the basic properties of waterproofing membranes on market and the tensile adhesive chracteristics of waterproofing systems of concrete bridge deck have also been investigated in the view of the damages frequently reported from job site. For the tensile adhesive strength of sheet waterproofing membranes, the results after asphalt concrete paving tends to increase more than before those. The results of the liquid waterproofing membranes are upside-down, and the more concrete has strength, the more strength of tensile adhesive increase. The ambient temperature of asphalt concrete when application of the waterproofing membrane has considerable influence on the performance of waterproofing system. As described above, waterproofing system can be influenced by several factors. If they are not considered under construction, the overlooking will cause the damages of pavement and waterproofing system after traffic opening.

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방수재

  • 전국보일러설비협회
    • 보일러설비
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    • s.127
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    • pp.125-130
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    • 2004
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Waterproofing Materials According to the External Environment of Non-exposed Waterproofing Materials for Underground Structures Performance Change Requirement (지하 구조물용 비노출형 방수재의 외부환경에 따른 방수재의 성능 변화 요구)

  • Jung, Suk-Joo;Song, Je-Young;Won, Seong-Jae;Oh, Sang-Keun
    • Proceedings of the Korean Institute of Building Construction Conference
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    • 2020.06a
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    • pp.85-86
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    • 2020
  • In securing durability of underground structure non-exposed waterproof materials, the company aims to improve durability of waterproof materials by studying more realistic weather conditions than KS standards and developers' durability standards. Analyzing the actual climate data in Korea and the temperature of the basement layer, it is a waterproofing sheet method, a self-adhesive sheet method in which a film and a compound, which are currently widely used as underground water-proofing, and a self-adhesive waterproofing sheet method, etc. We would like to present the guidelines necessary to prevent the temperature situation and waterproof defects that are ideal for setting the endurance conditions later.

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