Abstract
This paper is a study on the fire resistance of wood and securing the performance of insects, which are still emerging as problems in order to convert the various advantages and excellence of hanok into modern architectural methods. To verify the research results, the test was conducted by applying it to the building materials of hanok, and the results of the research were summarized as follows.
 First, wood with fire resistance regulations is relatively safe from fire. Wood has a very low heat transfer rate and a relatively low ignition temperature on the surface is a relatively safe material compared to other materials because when a fire breaks out, the carbonized part of the surface additionally blocks heat transfer and prevents the inside from being carbonized.
 Second, in the case of hanok, the standard of the member that can be used as a fireproof material is 460mm×600mm long in the case of beams, 360mm in diameter, 3,600mm high in the case of cylinders, and 300mm×300mm high in each column.
 Third, in order to prevent insects such as termites, insect repellent paint is directly applied to wood, a building material, to show the performance of the room. In comparison to existing termite damage prevention methods such as fumigation, soil treatment, and termite colony removal systems, insect repellent paints show excellent performance in difficulty, cost, use of eco-friendly products, and room effects.
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