• Title/Summary/Keyword: 벽난로

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A Case Study on Fire Investigation for a Wood-Burning Stove in an Idyllic House (전원주택의 벽난로와 관련된 화재사례의 분석)

  • Lee, Eui-Pyeong
    • Fire Science and Engineering
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    • v.29 no.6
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    • pp.119-128
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    • 2015
  • A fire broke out in a working wood-burning stove and destroyed an idyllic house about two years after it was built. This study analyzed data provided through the court by the fire station, police station, fire insurance investigation agency, house construction company, and wood-burning stove maker Based on the fire pattern of low-temperature long-term ignition that remained in the studs, the fire was found to be caused by the conduction of heat in the fire box to the studs of the wall next to the wood-burning stove. A fire simulation showed that the low-temperature long-term ignition of the studs next to the wood-burning stove occurred because a hole was not made for ventilation in the chimney.

Kahn's Fireplaces as Independent Object in the middle of Space (공간 속 독립 오브제로서 배치된 칸의 벽난로에 대한 연구)

  • Hong, Ye-Eun;Nam, Sung-Taeg
    • Journal of the Architectural Institute of Korea Planning & Design
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    • v.36 no.4
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    • pp.3-11
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    • 2020
  • The fireplace has been inseparable from the wall. Therefore, the fireplace, which is independently revealed in the living room, is unusual and exceptional. According to the concept of "Served-Servant space" by Louis Kahn, "Servant space" is conceived as an inhabited thick wall and completely separated from "Served space." The fireplace is an apparent servant element, but in Fisher house, it is considered as the single, remarkable and major element composing the house. Paradoxically, this scene of the living room is in conflict with Kahn's ideas on "Servant space." This study sheds new light on the independent fireplace in the conflicting relationship and suggests the similarities with the contemporary cases-Le Corbusier & Philip Johnson-in terms of the stand-alone "Servant element." In the end, the independent fireplace of the Fisher house has transformed into an essential element of the house, as Kahn said that "I feel it[fireplace] represents the presence of a man and therefore is of home."

A Study on Spatial Characteristics of Wingspread House of Frank Lloyd Wright - Focused on the space composition of fireplace and common features of both Prairie and Usonian periods - (라이트의 윙스프레드 주택에 나타난 공간 특성에 관한 연구 - 벽난로 공간 구성 및 프레리와 유소니안 주택 건축의 공통된 특징을 중심으로 -)

  • Kim, Jin-Ho
    • Korean Institute of Interior Design Journal
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    • v.25 no.2
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    • pp.163-174
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    • 2016
  • The purpose of this study is to reveal the space composition of fireplace and common features of both Prairie and Usonian House found within Wingspread House. This house is the last and largest Prairie house and zoned house built in a Usonian period. However, this house is not an independent work, but rather Wright's evolutionary experiments of fireplace from his early works and his pursuit of Usonian ideal. This paper can be summarized as follows: 1) Living room has been transformed to allow spatial continuity towards exterior view and access and between neighboring rooms by removing doors and inglenook. At the Wingspread house Wright has introduced a freestanding fireplace in a living room with higher and prominent roof structure, therefore the space became a focal point as well as the central space of the entire house. 2) Wingspread and Coonley house have gallery space in common, but they have different settings in the living room composition. Also the living room and gallery space of Wingspread and Usonian houses have prospect and refuge principle by expansion and compression. 3) Wingspread house is a successful combination of Prairie and Usonian style to meet client's requirements in space composition and Wright's technology and economical experiments. This study is intended to reevaluate the significance of this house bridging his two great residential periods.

A Study on the Interior Style of American Colonial Housing (미국 콜로니알 주택과 실내 양식에 관한 연구)

  • 김정근
    • Archives of design research
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    • v.17 no.2
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    • pp.261-268
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    • 2004
  • The Colonial House is one of the most popular styles in America. The purpose of this study is to closely examine this style based on interior features classified by patterns and elements during America's colonial period. Results of this study show that the interior style of the Colonial House was, at first, similar to Europe style. It was then integrated into the Georgian style of England and affected by Palladio as time passed. The interior style of the American Colonial House was based on rationality and practicality in concern with American weather and regions rather than imitation. The side of the roof was clapboard and the windows arranged with symmetry and rules around the entrance hall. It was generally Palladian style and was decorated with classical details. Timber frame of the interior was based on log cabins that appeared early in the American immigration. Furniture styles such as Jacobian, Queen Ann and Chippendale were matched with unique wood-oriented details and folkways like Chest, Rush Chair and Windsor Chair The house was also decorated with pictures, mirrors and ornaments, etc.

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Emission Characteristics of Black Carbons Generated by Wood Combustion through a Stove (목재연료 사용에 따른 블랙카본의 배출특성)

  • Yi, Chi Yeong;Choi, Bong Seok;Sa, Jae Hwan;Jeon, Eui-Chan;Choi, Sang Jin;Park, Seong Kyu
    • Journal of Climate Change Research
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    • v.4 no.1
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    • pp.41-49
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    • 2013
  • Recent findings have revealed that black carbon is one of the substantial materials affecting climate change along with greenhouse gases. Usually, black carbon is generated by incomplete combustion of biomass and deposited on snow and ice surface, resulting in increasing adsorption of radiant energy and accelerating ice melting. However, it is still questionable what the emission characteristics of black carbons from biomass combustion is. We investigated the emission characteristics of black carbon generated from a wood stove in this study. We found that the emission of black carbon was highly dependent upon combustion temperature and the amount of combustion air supplied. The emission factors were 1.01 g-BC/kg-Oak for fireplace wood burning under incomplete combustion, 0.37 g-BC/kg-Oak for fireplace wood burning under complete combustion and 0.29 g-BC/kg-Oak for small wood-stove burning.