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Home > chinese-english > "约束反力" in English

English translation for "约束反力"

co training force
co traint reaction
constraining force
constraint reaction


Related Translations:
输出约束:  output constraint
相互约束:  mutual bindingmutual discipline
文法约束:  grammatical constraint
内部约束:  internal co traintinternal constraint
次要约束:  secondary constraints
约束水准:  bound level
无形约束:  pacta
连续性约束:  continuity constraint
约束应力:  reaction stressrestraint stress
边界约束:  boundary co traintboundary constraintedge restraint
Example Sentences:
1.Through the model the inverse dynamic problem of stewart platform is solved and a foundation is made for stewart platform control used for 500m lt . meanwhile all the restrained forces acted at joints are found which provide analysis condition for the mechanism design . a simplified resultant force acted on the cabin by stewart platform is given which makes it possible to eliminate the dynamic coupling between the two subsystems by means of active vibration control
基于newton - euler方法,建立了充分考虑动平台惯性、支腿惯性、关节摩擦等因素的stewart平台控制动力学模型,解决了已知动平台运动规划,求关节驱动力的动力学逆问题,为准确实现lt500m原型stewart平台控制奠定了基础;解出了各关节处的约束反力,为平台机构设计提供了力分析条件;简化给出了平台对馈源舱的反作用力,使得采用振动主动控制技术消除两级子系统之间的动力耦合成为可能。
2.Two - level algorithm is developed to deal with the two objective function optimal designs that are the radial constraint force and the axial force of the upper structure . corresponding program has been developed to optimize the prestress of the lamella ' s suspen - dome and kiewitt ' s suspen - dome . analysis of construction process is the key problem to suspen - dome
本文采用二级优化的步骤对径向约束反力和上部杆件轴力两个优化目标同时进行了预应力优化,并编制了相应的程序对联方型和kiewitt型弦支穹项结构进行了预应力优化设计。
3.It discusses the influence factors of pile groups effect , such as pile space , pile number , pile diameter , pile length and soil parameter etc . subsequently , using linear interpolation function to approximate the soil ' s anti force to piles , the article combines p - y curves with pole system fem . in this way , a new pile - soil interaction element calculated model is designed , the pile - soil interaction element stiffness matrix is deduced , and establishes finite element equation of p - y model , writes the relevant finite element program with matlab language , calculates and analyses pile groups subjected to lateral loads with engineering examples
随后,本文将p - y曲线法与杆系有限元法相结合,采用线性插值函数来逼近土对桩的约束反力,得到新的桩?土相互作用的单元计算模型,推导了桩?土相互作用的单元刚度矩阵,建立了p - y模型的有限元求解方程,用matlab语言编制了相应的p - y曲线有限元法计算程序,进行横向承载桩的计算分析。
4.In this paper , ackerman steering linkage of double - wishbone suspension is taken as the study object , choosing the splitting joint and steering lever joint to carry out the design of optimization the mathematics models are established based on the multi - body system dynamics , applying its analysis method of kinematics to study the mechanism kinetic principles owing to more spatial factors considered , and calling off many hypotheses affecting the accuracy , compared with the traditional methods , the models are better to reflect the realistic motion principles , the results are more exact and applicable moreover , the force analysis is applied to the conduct mechanism the analysis method of dynamics in the multi - body dynamics is applied to study the forces applied on every component , working out the constraint reaction force of up and down ball joints , and developing the current computation program in the end , produce the upper wishbone geometry model in the ansys software package , meshing and carrying out the fea , testifying if the intensity of the wishbone meet with the requirements
本文以双横臂独立悬架的转向传动机构作为研究对象,选择对断开点和节臂球销的位置进行优化设计,在此基础上建立了基于多体系统动力学的导向机构和转向传动机构的数学模型,运用该学科的运动学分析方法研究机构的运动规律,编制了通用优化设计软件。由于考虑了更多的空间因素,取消许多影响准确性的假设,因此建立的数学模型与传统的方法相比更能反映实际运动规律,得到的优化结果也更加精确实用。此外,本文还针对导向机构进行受力分析,在建立该机构的空间动力学模型后,运用多体动力学中的动力学分析方法研究各个杆件的受力,计算出上下球铰的约束反力,并开发出了相应的通用计算程序。
Similar Words:
"约束度" English translation, "约束端" English translation, "约束断面" English translation, "约束对策" English translation, "约束对策, 限制对策" English translation, "约束反演" English translation, "约束方程" English translation, "约束方程式" English translation, "约束方向" English translation, "约束分布" English translation