Remodeling Process Model Applying Service Life and Functionality Evaluation for Military Facilities

Jongwoo Cho, Hyun-soo Lee, Moonseo Park, Jaegon Kim, Hyosoo Moon
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Abstract

Abstract : The number of military facilities has been rapidly increased due to growing requirement of modernization and military welfare. However, adequate maintenance has not implemented to these facilities. As a result, they are deteriorated quickly and require performance enhancement treatments. There are two ways of performance enhancement, reconstruction and remodeling. Despite the research result that remodeling within the standard remodeling range is more economical, remodeling of military facilities is not considered equivalent to reconstruction as an option of performance improvement. Therefore, derived from the relationship between performance change during life cycle of building and range of remodeling needs, this study tries to propose Remodeling Process Model(RPM) which uses a method to choose remodeling in a Specific Point of Time(SPT) when remodeling is considered more economical than reconstruction. In addition, this study suggests practical service life and functionality evaluation standard together which require to realize the RPM. This RPM make it possible to avoid the cases that facilities which do not have any problem on structural reliability but have low level of functionality miss appropriate remodeling timing and inevitably choose reconstruction as a performance improvement option. It also present the possibility of simple reconstruction / remodeling decision-making for facility managers who administrate building having various type, compilation and elapsed time. Consequently, this process model focusing on remodeling more may contribute to reduce resource waste caused by reconstruction.
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应用于军事设施使用寿命和功能评估的改造过程模型
摘要:随着现代化建设和军队福利要求的不断提高,军事设施的数量迅速增加。但是,这些设施没有得到充分的维护。因此,它们会迅速退化,需要进行性能增强治疗。性能增强有两种方式,重建和重塑。尽管研究结果表明,在标准改造范围内的改造更为经济,但军事设施的改造并不等同于改造,是一种性能提升的选择。因此,从建筑生命周期内的性能变化与改造需求范围之间的关系出发,本研究试图提出改造过程模型(RPM),该模型采用一种方法,在认为改造比改造更经济的特定时间点(SPT)选择改造。此外,本研究还提出了实用的使用寿命和功能评估标准,这些都需要实现RPM。这种RPM可以避免结构可靠性没有任何问题但功能水平较低的设施错过适当的改造时间,从而不可避免地选择重建作为性能改进的选择。它还为管理具有不同类型、编译和运行时间的建筑物的设施管理人员提供了简单重建/改造决策的可能性。因此,这种更注重重塑的过程模型可能有助于减少重建造成的资源浪费。
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