We also have professional services, I believe we will be your best choice! All of our staff are looking forward to your visit! Today, Xiaobian wants to introduce to you the static and dynamic finite element analysis of the sliding door. I hope that it will help everyone, and let the friends who want to know get some consensus. Please follow along with Xiaobian for a brief understanding.
In order to better analyze the internal forces and displacements of the sliding door leaf of the complex hangar steel structure under load, select and check the structural size according to the specifications, and use the MIDAS (GENV6·3·2) structural design finite element analysis software to the steel structure. The sliding door leaf is calculated by static analysis method under the action of self-weight and wind load. The modal analysis method is used to calculate the natural frequency and mode shape, and the first 6-order frequency is extracted by iterative method. The results show that the maximum bending stress of the door leaf is lower than the yield stress of the material and the seismic performance is good.
The narrative of the above sliding door is specially summed up by Xiao Bian. It is simple and concise, I hope you can enjoy it! Our company has always been committed to product development and research, of course, the products produced are also of high quality and reasonable price. We also have professional services, I believe we will be your best choice! All of our staff are looking forward to your visit! Http://news.chinawj.com.cn Editor: (Hardware Business Network Information Center) http://news.chinawj.com.cn
In order to better analyze the internal forces and displacements of the sliding door leaf of the complex hangar steel structure under load, select and check the structural size according to the specifications, and use the MIDAS (GENV6·3·2) structural design finite element analysis software to the steel structure. The sliding door leaf is calculated by static analysis method under the action of self-weight and wind load. The modal analysis method is used to calculate the natural frequency and mode shape, and the first 6-order frequency is extracted by iterative method. The results show that the maximum bending stress of the door leaf is lower than the yield stress of the material and the seismic performance is good.
The narrative of the above sliding door is specially summed up by Xiao Bian. It is simple and concise, I hope you can enjoy it! Our company has always been committed to product development and research, of course, the products produced are also of high quality and reasonable price. We also have professional services, I believe we will be your best choice! All of our staff are looking forward to your visit! Http://news.chinawj.com.cn Editor: (Hardware Business Network Information Center) http://news.chinawj.com.cn
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