1) unbalanced force
不平衡力
1.
On unbalanced forces in 3D elasto-plastic FEM analysis;
三维弹塑性有限元计算中的不平衡力研究
2.
Under the action of a given load the area where unbalanced force area existed is the location of initial failure occurred.
变形加固理论揭示了加固力、自承力、外荷载、结构稳定性、变形之间的内在关系,指出在给定荷载下,结构出现不平衡力的区域为破坏先导区域,为抑止破坏所需加固力就是不平衡力的反向力。
3.
The main ingredient of the theory is that the unbalanced forces of a deformable body in elasto-plastic elaborated.
完善了基于不平衡力的变形加固理论,建立起严格的理论基础。
2) unbalance force
不平衡力
1.
Through combining the actual condition of the piping layout of offshore platform and calculating the unbalance force caused by pulse,it confirms the method is the best.
并以海上已投产平台为例进行振动分析,计算了因脉动引起管道振动的不平衡力。
2.
Unbalance forces of the engine is the main reason for vibration of motorcycles.
发动机不平衡力输出是引起摩托车振动的直接原因,对发动机不平衡力的研究是对整车振动研究的基础。
3) unbalanced forces
不平衡力
1.
Based on the concept of constraint-equilibrium in non-equilibrium thermodynamics, deformation reinforcement theory,which analyzes the mechanical behaviors of unstable structure with unbalanced forces exceeding the yield surface,is presented.
基于非平衡态热力学的约束平衡概念,提出变形加固理论,采用超出屈服面的不平衡力对失稳结构的力学行为进行分析。
2.
It points out that under the given external loads,the area which comes to unbalanced forces is the first place to be destroyed in the structure.
它指出,对给定外荷载下的结构,结构出现不平衡力的区域即为首先破坏的区域。
5) strain imbalance
张力不平衡
1.
This paper introduces multirope friction winder appear steel wire rope strain imbalance phenomena in using,and harm to strain imbalance of steel wire rope,and analysis produce reason of strain imbalance,accordingly pertinence put forward eliminate strain imbalance of multirope friction winder steel wire rope method.
介绍了多绳摩擦提升机在使用中会出现钢丝绳张力不平衡现象 ,以及钢丝绳张力不平衡所造成的危害 ,并对产生张力不平衡的原因进行了详细分析 ,从而有针对性提出了消除提升钢丝绳张力不平衡的方
6) unbalanced tension
不平衡张力
1.
EHV transmission system consisting of long span transmission lines and towers is an integrity as a structure,in the process of design,the strength calculation of the conductor and the tower is independent,it is difficult to compute the longitudinal unbalanced tension of the tower.
输电塔线体系中铁塔的纵向不平衡张力是危害输电线路安全稳定运行的重要因素之一。
2.
These differences will be favorable to reduce the longitudinal unbalanced tension and weight of the suspension towers and poles,while the too small longitudinal unbalanced tension will weaken the longitudinal stiffness of the towers and poles,which is unfavorable to the cascade of towers.
1 000 kV交流特高压及±800 kV直流特高压输电线路在相分裂导线根数、绝缘子串长等方面与我国已建的500 kV交、直流超高压输电线路有较多的差别,这些变化将有利于减小直线杆塔纵向不平衡张力,降低杆塔重量。
3.
Take an example for 220 kV Tiandang line,The paper makes researches on icing overburden ability and sag and unbalanced tension caused by icing of conductor and ground wire,analyzes the reasons of tower collapses and line breakage,and give suggestions of rebuilding measures to improve icing-resistance ability of 220 kV transmission Line in Guangxi according to the analysis results.
以220kV田挡线为例对导、地线的覆冰过载能力、覆冰对导、地线弧垂影响以及覆冰产生的不平衡张力等几方面进行了研究,分析了广西220kV输电线路倒塔断线的原因。
补充资料:平衡力测转矩法
分子式:
分子量:
CAS号:
性质:测量转轴输出转矩的方法之一。平衡力是指当转轴作匀速转动时,在它所受转矩的同时必在其机体上也受到了方向相反的平衡力矩(或又称支座反力矩),若能有效地测得机体上的平衡力矩就可确定机器主轴上所受转矩的大小。测量装置如图所示,当主轴有转矩T作用时,可在力臂杆长为L处添加砝码,从而形成反力矩M(=F·L),一直达到M与T平衡时,就可确定轴的转矩T(= - F·L)。这种方法简单、实用,在科学实验中有着广泛的应用,其缺点是要求测轴应匀速运转,而且主轴的反力矩需由机体传递。
分子量:
CAS号:
性质:测量转轴输出转矩的方法之一。平衡力是指当转轴作匀速转动时,在它所受转矩的同时必在其机体上也受到了方向相反的平衡力矩(或又称支座反力矩),若能有效地测得机体上的平衡力矩就可确定机器主轴上所受转矩的大小。测量装置如图所示,当主轴有转矩T作用时,可在力臂杆长为L处添加砝码,从而形成反力矩M(=F·L),一直达到M与T平衡时,就可确定轴的转矩T(= - F·L)。这种方法简单、实用,在科学实验中有着广泛的应用,其缺点是要求测轴应匀速运转,而且主轴的反力矩需由机体传递。
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