江苏建筑
江囌建築
강소건축
JIANGSU CONSTRUCTION
2012年
1期
46-49
,共4页
U型软阻尼器元件%力学计算模型%ANSYS%滞回曲线
U型軟阻尼器元件%力學計算模型%ANSYS%滯迴麯線
U형연조니기원건%역학계산모형%ANSYS%체회곡선
U-shape low yield steel damper%analytical model%ANSYS%hysteretic loop
文章提出了一种U型软钢阻尼器,并根据该阻尼器的受力特点,建立了相应的力学分析模型。同时,运用ANSYS有限元软件模拟了该阻尼器的滞回特性,获得了其主要力学性能参数,并与所建立的力学分析模型进行了对比分析,二者基本一致。从分析结果可以看出,本文所设计的U型软钢阻尼器具有良好的受力性能和理想的滞回耗能特性。
文章提齣瞭一種U型軟鋼阻尼器,併根據該阻尼器的受力特點,建立瞭相應的力學分析模型。同時,運用ANSYS有限元軟件模擬瞭該阻尼器的滯迴特性,穫得瞭其主要力學性能參數,併與所建立的力學分析模型進行瞭對比分析,二者基本一緻。從分析結果可以看齣,本文所設計的U型軟鋼阻尼器具有良好的受力性能和理想的滯迴耗能特性。
문장제출료일충U형연강조니기,병근거해조니기적수력특점,건립료상응적역학분석모형。동시,운용ANSYS유한원연건모의료해조니기적체회특성,획득료기주요역학성능삼수,병여소건립적역학분석모형진행료대비분석,이자기본일치。종분석결과가이간출,본문소설계적U형연강조니기구유량호적수력성능화이상적체회모능특성。
This paper supposes a U-shape low yield steel damper.Based on the mechanical behaviors of the damper,its analytical model is established.Meanwhile,the damper's hysteretic characteristics are numerically simulated by the FEM ANSYS to obtain the main mechanical parameters of this damper.These parameters are compared with the results from the established analytical model.Results indicate that the analytical model is agreeable to the FEM analysis.In addition,Analytical results also show that the U-shape low yield damper possesses superior mechanical behaviors and hysteretic characteristics to fit extremely for mitigating the vibration of engineering structures.