中間坯快速剪切擠壓連接機構(gòu)特性分析與優(yōu)化
發(fā)布時間:2018-08-30 13:14
【摘要】:在靜態(tài)試驗及大量數(shù)值計算的基礎上提出一種中間坯快速剪切擠壓連接機構(gòu),可以同時完成上、下剪刀的水平運動和相對運動,從而實現(xiàn)中間坯的快速連接。為了探究該機構(gòu)的特性,基于ADAMS動力學分析軟件,建立了連接機構(gòu)的多剛體模型,仿真模擬了機構(gòu)的運動過程,求得了連接機構(gòu)上、下剪刀的運動軌跡和水平速度變化曲線,利用ADAMS中帶約束的目標函數(shù)法進行了結(jié)構(gòu)化設計,優(yōu)化結(jié)果保證了中間坯的連接厚度,改善了連接過程中速度超前、滯后的問題,有助于中間坯連接過程的順利實現(xiàn),基于ADAMS的分析和優(yōu)化方法為快速剪切擠壓連接設備的結(jié)構(gòu)設計奠定理論基礎。
[Abstract]:On the basis of static test and a large number of numerical calculations, a quick shearing and extrusion connection mechanism for intermediate billets is proposed, which can simultaneously complete the horizontal and relative motions of upper and lower scissors, thus realizing the rapid connection of intermediate billets. In order to explore the characteristics of the mechanism, based on the ADAMS dynamic analysis software, the multi-rigid body model of the connection mechanism is established, and the kinematic process of the mechanism is simulated, and the moving track and horizontal velocity change curve of the scissors on and under the connection mechanism are obtained. The structural design is carried out by using the objective function method with constraints in ADAMS. The optimization results ensure the connection thickness of the intermediate billet, improve the problems of the speed leading and lagging in the connection process, and contribute to the smooth realization of the connection process of the intermediate billet. The analysis and optimization method based on ADAMS lay a theoretical foundation for the structural design of rapid shearing extrusion joint equipment.
【作者單位】: 河北科技大學材料科學與工程學院;河北省材料近凈成型技術(shù)重點實驗室;燕山大學機械工程學院;河鋼邯鋼連鑄連軋廠;
【基金】:國家自然基金資助項目(51475139)
【分類號】:TG333
本文編號:2213179
[Abstract]:On the basis of static test and a large number of numerical calculations, a quick shearing and extrusion connection mechanism for intermediate billets is proposed, which can simultaneously complete the horizontal and relative motions of upper and lower scissors, thus realizing the rapid connection of intermediate billets. In order to explore the characteristics of the mechanism, based on the ADAMS dynamic analysis software, the multi-rigid body model of the connection mechanism is established, and the kinematic process of the mechanism is simulated, and the moving track and horizontal velocity change curve of the scissors on and under the connection mechanism are obtained. The structural design is carried out by using the objective function method with constraints in ADAMS. The optimization results ensure the connection thickness of the intermediate billet, improve the problems of the speed leading and lagging in the connection process, and contribute to the smooth realization of the connection process of the intermediate billet. The analysis and optimization method based on ADAMS lay a theoretical foundation for the structural design of rapid shearing extrusion joint equipment.
【作者單位】: 河北科技大學材料科學與工程學院;河北省材料近凈成型技術(shù)重點實驗室;燕山大學機械工程學院;河鋼邯鋼連鑄連軋廠;
【基金】:國家自然基金資助項目(51475139)
【分類號】:TG333
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