Abstract
In order to study the safety of the slide way in a mountain eco-tourism scenic spot, based on the actual design parameters of the slide, a three-dimensional mechanical simulation model was established by numerical simulation method, and the stress and displacement distribution of the slide after its completion were calculated under the condition of self weight and load. The results show that after the construction of the slide way, the maximum principal stress of the slide is mainly compressive stress, which is beneficial to the performance of the main steel structure. The displacement in three directions is small, and the reliability of each component meets the requirements. After the slide is put into use, the maximum principal stress increases with the consideration of human load, which does not exceed the allowable stress value of the structure. The displacement of the slide in three directions is small, which shows that the reliability of each component is good under the condition of human load in the service stage, and basically meets the requirements of use. The research results have important reference value for the safe operation of the slide.
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