1) finite thick strip element
有限厚条法
2) finite strip method
有限条法
1.
Application of finite strip method in seismic response analysis of large aqueducts
大型渡槽有限条法地震反应分析
2.
A B3-spline finite strip method was employed to investigate the effects of forming parameters such as the bend angle increment, the strip thickness, the material yield limit, the flange length, the web width, and the distance between two roll stations on the peak of the longitudinal edge membrane strain developed in the cold roll forming of a channel section.
采用B3样条有限条法研究成型工艺参数（如弯曲角增量、带材厚度、材料屈服极限、翼缘长度、腹板宽度和机架间距等）对槽钢辊弯成型过程带材边部纵向薄膜应变峰值的影响。
3.
The finite strip method in structural analysis has been extended, and elastic-plastic large deformation spline finite strip method based on the Updated-Lagrange method (U.
拓展了结构分析有限条法 ,基于固体力学有限形变理论的更新拉格朗日法 (U 。
3) finite stripe method
有限条法
1.
Analysis of transversal internal force of box girder with finite stripe method;
箱梁横向内力的有限条法
2.
According to the regularity of the plate structure, the finite stripe method is used for the modeling of the active vibration design, which transforms the 2 dimension problems to some 1 dimension ones.
针对板结构形状的规则性 ,提出用有限条法进行建模 ,将二维薄板的控制设计降为一维控制问题的设计 。
4) finite ribbon method
有限条带法
1.
To investigate further the working performance of flexural members of steel-reinforced high-strength concrete under monotonic loading,a full-range nonlinear analysis is made through the finite ribbon method based on flat section assumption.
为进一步研究钢骨高强混凝土受弯构件的工作性能,通过基于平截面假定的有限条带法,对其在单调荷载作用下的整个受力过程进行分析,计算得到弯矩与曲率、荷载与变形的关系曲线,以及混凝土强度、含钢率对荷载-变形的影响曲线·研究表明,当外荷载为极限荷载的14%左右时,钢骨高强混凝土构件受拉区混凝土开裂;在相同荷载条件下,钢骨高强混凝土构件的延性比钢骨普通混凝土构件的有所降低;在相同变形条件下,随着含钢率的增加,钢骨高强混凝土受弯构件的承载能力得到显著提高
5) finite strip method
有限条元法
1.
An improved finite strip method was developed, and a column shell curvilinear strip was constructed.
该方法所用位移基函数能描述剪弯型杆件的变形曲线,克服了传统有限条元法选用纯三角函数作为基函数导致基底剪应力为零的缺点。
6) Galerkin-finite strip method
Galerkin-有限条法
补充资料：箔条干扰火箭(见箔条投放装置)
箔条干扰火箭(见箔条投放装置)
chaff jamming rocket
botiao gQnrao huolian箔条干扰火箭(eha拜Jamming:ocket)见箔条投放装置。
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