• Korean Architects
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• s.567
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• pp.26-29
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• 2016

• Proceedings of the Korean Institute of Building Construction Conference
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• 2021.05a
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• pp.38-39
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• 2021

The use of temporary container classrooms has increased in recent years due to the development of the construction industry and renovation or rehabilitation of schools. Therefore, various problems, such as errors during assembling, design and insulation issues, and noise problems, have surfaced during the construction of temporary container classrooms. This study analyzes the causes of assembly errors during the manufacturing and installation processes to improve the quality of temporary container classrooms. Assembly errors are caused by non-level planes and inaccurate cutting during the manufacturing process. In the installation process, poor leveling is a major factor that causes errors during the assembly of temporary container classrooms. These causes result in uneven horizontal or vertical planes and uneven height. To solve these problems, quality improvement measures, such as pin connection, jig, joint coupling, and surface plates are proposed in this study.

• Korean Architects
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• s.613
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• pp.40-45
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• 2020

• Proceedings of the KAIS Fall Conference
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• 2007.11a
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• pp.120-123
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• 2007

본 논문에서 컨테이너 박스를 이용한 주택의 제작과 관련하여 현재까지의 연구 경향과 활용 현황을 고찰하여 공업화 건축으로서 컨테이너 박스가 갖고 있는 가능성과 그 한계를 분석하였다. 국내에서 컨테이너 박스는 경비초소와 건설현장의 현장 사무실 등으로 주로 이용되지만 이동가능성과 재활용 그리고 저렴한 비용이라는 장점으로 더욱 다양한 이용이 가능하다.

• Korean Architects
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• s.567
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• pp.88-99
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• 2016

• Korean Architects
• /
• s.567
• /
• pp.20-25
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• 2016

• Korean Architects
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• s.545
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• pp.96-100
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• 2014

• Korean Architects
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• s.547
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• pp.91-97
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• 2014

• Korean Architects
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• s.579
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• pp.122-125
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• 2017

• Journal of the Korean housing association
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• v.26 no.1
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• pp.43-51
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• 2015

The purpose of this study was to analyze the planning characteristics and it's application of container architecture as case study. Field survey was used to analyze the spatial planning characteristics in terms of development outline, appearance, exterior, floor plan and interior of eight famous cases in Berlin, Hamburg, Hannover, Amsterdam and Paris of Europe. The results of this study were as follows; Firstly, good examples of container architectures such as student housing, social service center, temporary medical facility and cruise terminal in Europe suggested the potential of domestic applicability in various purposes and development. Secondly, various types of freight container, building container and module frame system should be developed with their reprocessing environment. Thirdly, it is necessary for us to develop ISO type(20~40ft) container and standard plan with interior and storage design reflecting demands of residents. Finally, the use of container module will be an environmental-friendly alternative for its modularity and reusability, so it should be used as it is without severe deformation. The development of environmental friendly energy sources such as hydro and solar power is necessary for domestic container architecture as well. The container design should include the use of high quality of exterior finishing materials and the plan of aesthetical color planning to make the building a local landmark.