屈曲

基本解释 (translations)

buckling  ·  curvature  ·  flection  ·  flexuosity  ·  flexure  ·  inflection

与屈曲相关的网络例句 [注：此内容来源于网络，仅供参考]

And it can be sorted into eigenvalue buckling analysis and nonlinear buckling analysis.

结构的屈曲分析可分为特征值屈曲分析和非线性屈曲分析。

The problem of nonlinear dynamic buckling of symmetrically laminated, cylindrically orthotropic truncated shells including transverse shear has been studied.

研究了复合材料层合开顶扁球壳的非线性动态屈曲问题。建立了对称层合圆柱正交异性开顶扁球壳考虑横向剪切的非线性振动微分方程，根据突变理论建立了该壳体动态屈曲的突变模型，得到了动态屈曲的临界方

Local and distortional buckling are important buckling modes for cold-formed thin-walled open sections.

中文摘要：局部屈曲和畸变屈曲是冷弯薄壁开口截面重要的屈曲模式。

A finite element incremental weighted iteration method, which can avoid divergency and speed up the convergence process,was proposed to solve the problems of tubing buckling in deviated wells.

建立了直井中有重钻柱非线性屈曲平衡方程及相应的泛函表达式，构造了一种能避免发散并加速收敛的有限元增量加权迭代法求解斜直井中钻柱屈曲问题，首次采用直接求解非线性特征值的方法来分析钻柱屈曲问题。

Fromthe functional,neutral equilibrium differential equations of buckling were derivedwhich describe the bucking behavior of thin-walled curved beams.

对薄壁曲梁小变形屈曲进行了详尽的分析，得出了薄壁曲梁屈曲时的系统势能的泛函，并由其得到了屈曲时的中性平衡微分方程，阐明了薄壁曲梁的屈曲特性。

By using static equilibrium law, nonlinear buckle behavior of string in deep well has been researched. In comprehensive consideration of gravity, contact force of borehole wall, axial friction and tangential friction of borehole wall on the string, pressure and viscous resistance of fluid outside of and inside of a string, differential equation of buckle has been established, which amended computational model of axial load on a string.

应用静力平衡法对深井注入管柱的非线性屈曲行为进行了研究，建立了综合考虑重力、井壁支反力、井壁对管柱的轴向摩擦力和切向摩擦力及管柱内、外流体压力和粘滞阻力联合作用下的屈曲微分方程，对注入管柱的屈曲变形及弯曲附加应力等后屈曲行为进行分析，修正了管柱轴向载荷计算模型。

In order to investigate buckling mode, buckling load and failure mode of structure, shear experiments were conducted for stiffened thin-walled composite plate. Finite element method was also used to analyze the buckling behavior of that composite structure. Analysis results reveal buckling mode and buckling loading of finite element analysis are accordable with experimental results.

通过对复合材料薄壁加筋板结构进行剪切载荷下的屈曲试验研究，得到结构的屈曲模态、屈曲失稳载荷以及破坏形式，并通过有限元方法对结构的屈曲进行数值分析，分析得到的复合材料薄壁加筋板结构的屈曲模态和试验结果一致，屈曲载荷与试验结果吻合较好。

Second, dynamic buckling condition is erected after analysis of perfect axial compression member with different boundary conditions, by which dynamic buckling critical load and corresponding buckling modal are obtained. These indicate the difference between dynamic buckling and static one.

其次，通过对不同边界条件理想轴心受压构件进行分析，建立动力屈曲条件，获得了动力屈曲临界荷载及相应屈曲模态，表明了动力屈曲与静力屈曲的差异。

Results The anterior bundle of ulnar collateral ligament originates from the inferior aspect of the medial epicondyle and inserts immediately adjacent to the joint surface on the ulna near the sublimis tubercle. The posterior bundle originates from the medial epicondyle slightly posterior to its most inferior portion and inserts broadly on the olecranon process. The lateral collateral ligament arises from the inferior aspect of the lateral epicondyle. Two types of conjoined lateral collateral and annular ligamentous insertions on the ulna were observed. Type Ⅰ(61.2％) was bilobate and type Ⅱ(38.8％) was a single broad conjoined type with insertion on the ulna. The anterior band of anterior bundle was more tighten than the posterior band as the elbow flexed less than 60°. When the elbow flexed over 60°, the two parts of anterior bundle were equally tightened. The posterior bundle was tightened as the elbow was flexed more than 90°. The lateral collateral ligament was tightened gradually as the elbow moved in flexion.

结果(1)尺侧副韧带前束起于肱骨内上髁的前下方，止于尺骨冠突内侧的小结节；后束起于肱骨内上髁的内下方，止于尺骨鹰嘴内侧的骨面；(2)桡侧副韧带起于肱骨外上髁的外下方，其纤维部分止于环状韧带，部分止于尺骨冠突的外下方；桡侧副韧带和桡骨环状韧带在尺骨上的止点有两种类型：Ⅰ型占61.2％，桡侧副韧带的部分纤维汇于环状韧带的尺骨止点，另一部分纤维单独止于稍远的尺骨上；Ⅱ型占38.8％，桡侧副韧带和环状韧带形成一宽的纤维止于尺骨上；(3)在肘关节屈曲60°以前，尺侧副韧带前束的外侧部紧张而内侧部较松弛，肘关节屈曲超过60°后，前束内外侧处于同程度的紧张状态；尺侧副韧带的后束在肘关节屈曲超过90°后才被拉紧；(4)桡侧副韧带在肘关节不同屈曲状态时其紧张度逐渐增加，当肘关节屈曲超过90°时，桡侧副韧带被明显拉长。

The results show that the most engineering practical columns behave like the interaction of local buckling and overall buckling, and local bucklings of plates do not mean the lost of carrying capacity of overall structures at once.

用本文提出的有限条塑性系数增量初应力法分析了钢偏心压杆局部与整体相关屈曲的极限承载力，得到了中截面的屈曲模式，表明大部分的工程实际的压杆均表现出明显的局部屈曲与整体屈曲的相互作用，板件局部屈曲，并不意味着结构整体立即丧失承载力。

与屈曲相关的网络解释 [注：此内容来源于网络，仅供参考]

arcuation：屈曲

曲折海岸 indented coast | 屈曲 arcuation | 区;省 province

axostyle：轴杆(某些鞭纲动物的能屈曲的有机质细骨杆)

axospongium | 轴索海绵质 | axostyle | 轴杆(某些鞭纲动物的能屈曲的有机质细骨杆) | axotomy | (神经细胞)轴索显微外科术

bended buckling：弯曲屈曲

屈曲--buckling | 弯曲屈曲--bended buckling | 扭转屈曲--torsional buckling

bending stress：屈曲应力

从结构方面考虑,较深的加强筋可增加产品的刚性及强度而无须大幅增加重量,但与此同时,产品的最高和最低点的屈曲应力(bending stress)随着增加,产品设计员须计算并肯定此部份的屈曲应力不会超出可接受的范围.

lateral buckling：弯扭屈曲

抗侧移刚度:Lateral stifmess | 弯扭屈曲:lateral buckling | 侧扭屈曲:lateral-torsional buckling .

flexion injury：屈曲性损伤

flexing 屈曲 | flexion injury 屈曲性损伤 | flexor reflex 屈肌反射

inflectional：屈曲的/抑扬的/屈折的

inflection /屈曲/变调/音调变化/ | inflectional /屈曲的/抑扬的/屈折的/ | inflective /屈曲的/抑扬的/屈折的/

inflective：屈曲的/抑扬的/屈折的

inflectional /屈曲的/抑扬的/屈折的/ | inflective /屈曲的/抑扬的/屈折的/ | inflexibility /不屈曲性/顽固/不变性/

hyperflexion：屈曲过度 过度屈曲

hyperfinetransition 超精细跃迁 | hyperflexion 屈曲过度 过度屈曲 | hyperflowconveyingmethod 密相气升输送法

flexing：屈曲

flavoxate hydrochloride 黄酮哌酯 | flexing 屈曲 | flexion injury 屈曲性损伤