MODULAR BAMBOO STRUCTURE DESIGN EXPLORATION WITH DEPLOYABLE CONSTRUCTION SYSTEM

Yosafat Bakti Dwiana, A. Maurina
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Abstract

Abstract- Deployable structure is a type of structure that can be transformed from a closed configuration to an open configuration. This structure can be assembled and disassembled with ease. This easy construction is a reason why deployable structure is the right structure for after disaster scenario. In emergency, natural resources are needed since it can be found and used easily. Bamboo is a common plant that can be found everywhere in Indonesia.  Research have been done by UNPAR’s architecture lecturer regarding deployable structure (deployable spatial and deployable planar) with bamboo as its material. It says that deployable spatial structure has easier and shorter time in instalation than deployable planar structure. Deployable spatial structure has tons of room for development. Some development that can be done is to make deployable structure module to be duplicated in every direction, and to implement self locking mechanism in this structure. This research is done to find deployable structure module that can be duplicated in every direction, and also implementing self locking mechanism in this structure Method that used in this research is qualitative by comparing some buildings that implementing deployable system (Resiploy and Triangle Prism) and modular system (Rising Canes and Y-BIO). The comparastion result is opportunity and thread from each building. This result which is opportunity and thread from each building then synthesized to find criteria for deployable structure that can be duplicated in every direction. Based on the research, it can be concluded that in deployable structure, nut and bolt is needed so that some building element can be rotated to create a movement. In modular building, we need a simple system that can be used in every joint so that building can be duplicated in every way with ease. Reciprocal structure is needed to make a building with self locking mechanism. By simplifying Resiploy’s joint and using Rising Canes’s modules, we can make a deployable structure that can be duplicated in every way with self locking mechanism  Key Words: bamboo structure, deployable, modular, self locking mechanism  
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采用可展开结构体系的模块化竹结构设计探索
摘要:可展开结构是一种可以从封闭配置转换为开放配置的结构。这种结构可以方便地组装和拆卸。这种简单的构造就是为什么可部署结构适合灾后场景的原因。在紧急情况下,需要自然资源,因为它很容易找到和使用。竹子是一种常见的植物,在印度尼西亚随处可见。联合国维和部队的建筑讲师对以竹子为材料的可展开结构(可展开空间和可展开平面)进行了研究。可展开空间结构比可展开平面结构安装更容易,安装时间更短。可展开的空间结构有很大的发展空间。可以做的一些开发是使可部署结构模块在各个方向上被复制,并在该结构中实现自锁机制。本研究通过对比一些采用可展开系统(Resiploy和Triangle Prism)和模块化系统(Rising Canes和Y-BIO)的建筑,寻找可在各个方向上复制的可展开结构模块,并在该结构方法中实现自锁机制。比较的结果是每个建筑的机会和线索。这个结果是每个建筑的机会和线索,然后综合起来找到可部署结构的标准,可以在每个方向上复制。通过研究可以得出结论,在可展开结构中,需要螺母和螺栓,使某些建筑元件可以旋转以产生运动。在模块化建筑中,我们需要一个简单的系统,可以在每个接缝中使用,以便建筑可以轻松地以各种方式复制。具有自锁机构的建筑物需要相互作用的结构。通过简化Resiploy的关节,并使用Rising Canes的模块,我们可以做出一个可部署的结构,可以用自锁机制以各种方式复制。关键词:竹结构,可部署,模块化,自锁机制
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