earticle

영어

Recently, abnormal climate changes have caused climate problems such as floods and droughts, and many reservoir structures have been installed in Korea as a rainwater treatment method to solve this problem. However, such storage structures also leave improvements such as restrictions on installation, increased maintenance costs, and environmental pollution due to their size, and development of more economical and eco-`friendly rainwater penetration storage facilities is required. In this study, the previously developed loess storage block was explained, and the structural stability of the storage block was reviewed using the MIDAS Gen. The maximum generated stress of the installed storage block is 0.47MPa, which is within 1.7% of the compressive strength of the evaluation target, and the upper bending stress is 0.2MPa, which is within 2.8% of the actual bending strength. It can be confirmed that the structural stability is sufficient for the fixed load and activation applied to the structural analysis.