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首页> 外文期刊>International Journal of Agriculture and Food Science Technology >Development of A Method To Make Existing Reinforced Concrete Structures Fragile, Using Theprinciple OfInduction Heating
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Development of A Method To Make Existing Reinforced Concrete Structures Fragile, Using Theprinciple OfInduction Heating

机译：一种制造一种制造现有钢筋混凝土结构脆弱的方法，采用inciflably加热

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摘要

In existing buildings, demolitions and new constructions are performed to respond to the rapidly changing needs of society regardless of the structure's performance. In terms of the demolition ability of the construction materials, for the demolitionability at the early stages of design when remodeling is considered, technologies that reduce the energy required for the recycling process and have minimal environmental impact are necessary. Currently, in each industrial sector in the 3R (Reduce, Reuse, Recycle), considering the materials designed for this degradation is an important issue. These material designs are introduced in many industry sectors (especially in the electronics sector) for easy maintenance, upgrade, and recycling after the demolition work. Moreover, demolition ability is considered to be an important issue in the facilities field. In this study, the feasibility of the induction heating method as a demolition method was investigated. First, using an induction heating device, thetemperature changes in the rebar were measured according to the power rate. Then, the heated rebar was used to weaken the concrete structure. In the process, the demolition ability of induction heating method was evaluated.
机译：在现有建筑物中，拆迁和新建筑进行响应社会的快速变化需求，无论结构的表现如何。就建筑材料的拆除能力而言，考虑了重塑时设计的早期阶段的可拆卸性，需要减少回收过程所需的能量并具有最小环境影响的技术。目前，在3R的每个工业部门（减少，重用，回收），考虑到为该降级设计的材料是一个重要问题。这些材料设计是在许多行业（特别是在电子部门）中引入，以便在拆迁工作后轻松维护，升级和回收。此外，拆迁能力被认为是设施领域的重要问题。在该研究中，研究了作为拆除方法的感应加热方法的可行性。首先，使用感应加热装置，根据电力速率测量钢筋的测温变化。然后，使用加热的钢筋来削弱混凝土结构。在该过程中，评估感应加热方法的拆卸能力。

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