2) finite member element
有限杆元
1.
The present study is focused on establishing a finite member element model,based on energ.
根据位移变分原理,建立有限杆元模型,对薄壁杆进行侧向稳定分析。
2.
The present study is focused on establishing a numerical procedure-finite member element method, based on energy principle, to estimate the buckling capacity of thin-walled eccentric compressive members.
根据能量原理,综合三次B样条函数、有限单元法和经典Vlasov薄壁杆理论的优点,提出偏压薄壁杆稳定计算的有限杆元法。
4) Bar system FEM
杆系有限元
1.
Application of bar system FEM for beam on elastic foundation in supporting design for a deep and large foundation pit engineering;
弹性地基梁杆系有限元法在深大基坑工程支护设计中的应用
2.
However,elastic bar system FEM has the advantages of considering the structural equilibrium conditions and interaction between maintaining structure and soils,simple parameter se.
弹性地基梁杆系有限元法因能考虑支护结构的平衡条件和结构与土的相互作用、分析中所需参数简单等诸多优点在基坑工程中有着广泛的应用。
5) beam-spring FEM
杆系有限元
1.
Application of modified beam-spring FEM to prestressed anchor flexible retaining wall;
改进的杆系有限元在预应力锚杆柔性支护法中应用
2.
This paper analyzes the mechanism of prestressed anchor flexible retaining method, develops a new beam-spring FEM model to simulate it.
本文分析了预应力锚杆柔性支护的受力特点,提出适用于预应力锚杆柔性支护的杆系有限元计算模型,编制了相应的程序,最后对工程实例进行分析,验证了程序的正确。
6) finite beam element method
有限杆系法
补充资料：UR-9双螺杆式空气压缩机
UR-9双螺杆式空气压缩机
I甲之一9双螺杆式空气压缩机翻戳
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条