1) finite strip
有限条
1.
Application Research of Intelligent Multi-Agent Technology in Spline Finite Strip Method;
智能多Agent技术在样条有限条法中的应用研究
2.
Based on the finite strip method in structural analysis and Updated-Lagrangian method in the finite deformation theory of solid mechanics, an elastic--Plastic large deformation spline finite strip method has been established, and used to simulate electric resistance welded (ERW) pipe forming process.
以结构分析有限条法为基础，基于固体力学有限形变理论的 Ｕｐｄａｔｅｄ—Ｌａｇｒａｎｇｉａｎ法，建立了弹塑性大变形样条有限条法，并用于模拟直缝焊管的成型过程，获得了变形带材的三维位移场、应变场和应力场。
3.
On this paper,a stress version of the hybrid finite strip method is establishedand applied to orthotropic and isotropic rectangular plates.
本文建立了一种杂交有限条法，并应用于各向同性板和各向异性板。
2) finite strip method
有限条
1.
By means of finite strip method, the numerical model for the free vibration of the system is found.
针对现役大量的多肋式钢筋混凝土板梁和T梁桥在横、纵桥向表现出的明显正交异性构造特征,将多肋梁等效成比拟正交异性板,应用动力分析有限条方法,建立起系统自由振动数值模型,从而实现整桥模态参数向单肋梁的分解和识别。
2.
A super finite strip method for complex rod-systems has doveloped in this paper.
本文针对复杂杆系结构提出一种超级有限条的分析方法。
3.
The finite strip method is employed for the analysis of skewed multi-box bridges.
应用有限条方法分析多格式斜桥，编制了相应的计算程序，进行有机玻璃模型试验，讨论了这种结构受力性能。
3) spline finite strip
样条有限条
1.
Based on the large deflection incremental theory in solid mechanics, the finite strip method in structural analysis was extended and an elasto plastic large deflection spline finite strip method established, based on the Updated Lagrangian method.
根据固体力学大变形增量理论 ,拓展了结构分析有限条法 ,建立基于Updated Lagrangian法的弹塑性大挠度样条有限条法 ,编制了相应的C语言程序包FSMAP(FiniteStripMethodAnalysisPro gram) ,用于薄板结构大挠度问题的分析。
2.
The spline finite strip method (SFSM) is used to deduce the stress,strain and unit stiffness matrixes of the curved box bridge and testify the theorem for internal force influence surface.
该文用样条有限条法导出了弯箱梁桥的应力、应变及单元刚度矩阵，推导了求一点确定内力分量的内力影响面定理，提出了等价荷载的概念，并求出了分别相应于样条结点参数及样条结点位移的等价荷载。
3.
It is the concrete implementation of manufacturing information to apply Multi-Agent to spline finite strip method.
将多Agent技术用于样条有限条法,是冷弯成型理论智能化的具体实施。
4) 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 。
5) 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 。
6) finite belt
有限条带
1.
A rectangular membrane element with rotational degree of freedom is constructed through finite belts of unit length and width.
根据有限条带思想构造了带旋转自由度的平面矩形膜元,此种单元可与矩形板弯曲单元耦合成平板壳单元,也可单独作为平面应力-应变问题分析单元;单元周边纵向采用线性位移模式和横向采用三次Hermite位移模式,与普通梁单元一致,因此可与梁单元耦合和叠加。
2.
Using the transformation between skew coordinate and orthogonal coordinate, a parallel quadrilateral plate element is constructed by using the finite belt and shape functions of generalized deep beam displacements.
利用斜坐标系与直角坐标系的变换关系、有限条带思想和深梁位移插值函数 ,构造了一种考虑剪切变形的平行四边形厚 薄板弯曲通用单元的位移 (曲率、剪应变、转角、横向位移 )插值函数 ,导出了刚度矩阵和非结点荷载等效力。
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