人工合成饲料的成型装置设计与有限元分析OA

To address the problems of low efficiency,unstable raw materials,and poor shape stability of natural feed during the capture of Portunus trituberculatus,this study proposes a scheme to replace natural feed with artificial feed and develops a corresponding mixing and forming device.The structural design of the device was completed using SolidWorks,and finite element software was employed to conduct modal and mechanical performance analyses of key components to verify the rationality of the structural design.The results show that at a motor speed of 560 r/min,the device achieves a processing capacity of 144 units per hour under full-load conditions,which meets the operational requirements of small fishing vessels.The proposed forming device provides a feasible technical solution for the large-scale application of artificial feed and offers a reference for further research and optimization of artificial feed forming technology.