水上乐园设备中的水上游乐设施，属于特种设备的范畴，等级为B级，每套设备均要经过国内特种设备检测院的检查、检测和验收，出具合格证后方可使用。水滑梯设备大部分安装在室外，自然环境对滑梯结构的影响很大。

The water amusement facilities in the water park equipment belong to the category of special equipment, with a grade of Grade B. Each set of equipment must be inspected, tested, and accepted by a domestic special equipment testing institute, and can only be used after a certificate of conformity is issued. Water slide equipment is mostly installed outdoors, and the natural environment has a significant impact on the structure of the slide.

因此，水上滑梯生产厂家认为，在水滑梯设计阶段，须对其结构进行强度、刚度、疲劳强度、稳定性、抗倾覆性和防侧滑性计算分析，达到相应规范要求的安全系数，编写正规的计算说明书，并有国内特种设备检测院具有相应资质的工程师审核，出具鉴定报告后方能投产，首套设备必须由国内特种设备检测院专业的、具有相应资质的工程师现场检验，出具型式试验报告后方能使用和批量生产。

Therefore, the manufacturer of water slides believes that in the design stage of water slides, it is necessary to calculate and analyze the strength, stiffness, fatigue strength, stability, overturning resistance, and side slip resistance of their structures to meet the safety factors required by the corresponding specifications. Formal calculation instructions should be prepared, reviewed by engineers with corresponding qualifications from domestic special equipment testing institutes, and an appraisal report should be issued before they can be put into production, The first set of equipment must be inspected on site by a professional and qualified engineer from a domestic special equipment testing institute, and a type test report must be issued before use and batch production.

对于水上乐园设备中水滑梯设备结构进行计算分析时，必须考虑荷载、活荷载、风荷载、雪荷载、地震荷载和冲击荷载。荷载在水滑梯设备中一般为话题的自重；活荷载只乘坐人本身的荷载和水荷载；风荷载分为工作状态荷载和非工作状态荷载，游乐设施的设计中按运行风速15m/s计算工作状态的风荷载，非工作状态按设备安装地50年一遇的风荷载计算；

Load, live load, wind load, snow load, seismic load, and impact load must be considered when calculating and analyzing the structure of water slide equipment in water park equipment. Loads in water slide equipment are generally the topic of self weight; The live load only carries the load of the person and the water load; Wind load is divided into working state load and non working state load. In the design of amusement facilities, the wind load in working state is calculated based on the operating wind speed of 15m/s, and the non working state is calculated based on the wind load with a 50-year return period at the equipment installation site;

雪荷载按设备安装地50年一遇的风荷载计算；计算地震荷载时，按设防烈度8度，相当于设计基本加速度0.2g计算；计算冲击荷载时，游乐设施在运动过程中有可能出现冲击，设计时一般无法准确计算。因此，在进行强度计算时，其荷载和活荷载必须乘以冲击系数，在水滑梯设备中根据其速度，选用冲击系数相应的冲击系数。

The snow load is calculated based on the 50-year wind load at the equipment installation site; When calculating the seismic load, the fortification intensity is 8 degrees, which is equivalent to the design basic acceleration of 0.2g; When calculating impact loads, amusement facilities may encounter impacts during movement, and it is generally not possible to accurately calculate them during design. Therefore, when calculating strength, its load and live load must be multiplied by the impact coefficient, and the corresponding impact coefficient of the impact coefficient must be selected based on its speed in the water slide equipment.

水上乐园设备中水滑梯结构包括玻璃钢滑道、钢结构、混凝土基础三大部分。鉴于水滑梯设备结构的特殊性、重要性、复杂性、在水滑梯结构分析上引入有限元方法，有限元法适用于水滑梯设备中的各种复杂机构，成为了行之有效的分析手段之一。

The structure of the water slide in the water park equipment includes three parts: a fiberglass slide, a steel structure, and a concrete foundation. Due to the particularity, importance, and complexity of the structure of water slide equipment, the introduction of finite element method into the structural analysis of water slide equipment has made the finite element method applicable to various complex mechanisms in water slide equipment and become one of the effective analysis methods.

引入后，改变了传统分析法，是受力分析更精确、更全面，更有利于水滑梯结构校核和设计优化。更多相关设备内容或者需求就来我们网站https://www.hcseaworld.com咨询了解吧！

After the introduction, the traditional analysis method has been changed to make the force analysis more accurate and comprehensive, which is more conducive to the structural verification and design optimization of the water slide. For more relevant equipment content or requirements, please visit our website https://www.hcseaworld.com Consult and understand!