侧偏

基本解释 (translations)

laterodeviation

与侧偏相关的网络例句 [注：此内容来源于网络，仅供参考]

Experiments using the down-scaled vehicle prove that the static direct yaw moment control significantly reduces the side slip angle at the center of the gravity Also the experiment results indirectly show that the 2 degree of freedom vehicle model is rather accurate.

仿真实验表明集成控制系统可以使汽车在各种运行情况下质心处侧偏角很小的同时，有效跟踪理想横摆角速度响应。模型小车实验也证明静态横摆力矩控制可有效减小质心处的侧偏角，并间接证明二自由度汽车模型准确性。

It shows that the FE method of tireanalysis under driving state and the method dealing with large slip frictionalcontact problems are correct and reliable. The properties of tires under steady cornering state are studied with FEmethod and experiment. Based on the presented contact solution algorithm, a FEmethod is carried out to analyze the properties of tire under steady corneringstate via imposing slip-rolling-constraints on tire bead nodes which contact therim, and the modules are programmed. The mechanical properties anddeformation of tire under pure steady cornering state and steadycornering-driving state are analyzed, and the results show good agreement withthe experimental data.

对匀速侧滑条件下轮胎侧偏特性进行了试验研究和有限元分析研究，基于本文提出的大滑动摩擦接触问题求解方法，通过在胎圈和轮辋接触节点上施加侧偏滚动约束，得到了匀速侧滑条件下轮胎侧偏特性有限元分析方法，编制了有限元分析模块；利用本文给出的有限元分析方法，分析了轮胎在匀速纯侧滑和侧滑-纵滑联合工况下受力变形特性，分析了侧偏角和载荷对轮胎侧偏特性的影响。

Lateralization: the development of control over different functions in different parts of the brain is known as cerebral dominance or lateralization.

大脑各部分对不同功能的控制称为脑单侧偏利或偏侧优势。

This, he believed, was because the language functions of the brain have already been established in a particular part of the brain; that is, because lateralization 偏侧优势 has already occurred by this time.

他认为，这是因为大脑的语言功能已经在大脑某一部位确立，也就是因为这个时期偏侧优势已经出现了。

Tire turn slip models in non steady state NSS conditions were given according to mathematical relations of transfer functions with different lateral inputs and the NSS tire cornering models based on the carcass string theory .

根据基于"弦"胎体理论的轮胎非稳态侧偏模型和不同侧向输入时传递函数间的相互关系，得出轮胎非稳态转偏模型。

The national defence basic project as background and the dynamic model of cotrolled transfer matrix for multiple launch rocket was created in order to reduce the initial disturbance of rocket projectile. The causes that affect the angle change of orientation locator were analyzed by the engineering system dynamic theory base on multibody system transfer matrix method. The simulation of dispersion for multiple launch rocket was implementation, and the affect law between the angle of elevation and side deflection and the control parameters was acquired. The control module was installed on the orientation locator of multiple rocket launcher to control the initial disturbance of rocket that provide new method and theory base and show the engineering system dynamic base on the multibody system transfer matrix method is effective.

本文以国防基础科研项目为背景，建立了通过控制定向器角运动来减小火箭弹起始扰动的多管火箭受控多体系统动力学模型，应用基于多体系统传递矩阵法的工程系统动力学理论，进行了定向器角度运动的影响因素分析，进行了受控多管火箭炮发射动力学和密集度数值仿真，得到了定向器俯仰和侧偏角控制参数对俯仰角和侧偏角的影响规律，为在火箭炮定向器上加装控制集成模块控制火箭弹的起始扰动和射击精度提供了新思路和理论基础，也表明了基于多体系统传递矩阵法的工程系统动力学理论的有效性。

Simulation results prove that this algorithm can accurately calculate the vehicle side slip angle under different road conditions and in a wide range of side slip angles.

仿真结果表明，该算法能够在不同附着路面上，在较大车身侧偏角范围内准确求得整车车身侧偏角。

Second, based on the principles of vehicle "Tripped" rollover caused by Understeer/Oversteer and "Untripped" rollover caused by large lateral acceleration, select yaw rate, vehicle slip angle, roll angle and roll rate as the control variables, and determine when vehicle is not stable and how to avoid vehicle rollover properly. Third, the research of vehicle stability control is based on vehicle dynamics model.

针对汽车由于不足转向或转向过度引起&绊倒&型侧翻，以及由于侧向加速度过大引起的操纵型侧翻进行原理分析，确定选取横摆角速度、质心侧偏角以及侧倾角和侧倾角变化作为控制变量，探讨相应的汽车稳定行驶阀值，根据侧翻原理确定正确的控制策略。

In chapter three, on the basis of non-steady tire theoretical model, the definition equation of relaxation length is get by expanding E function in series of s and truncating the higher order.

第三章，在轮胎非稳态侧偏特性理论模型的基础上，通过对E函数进行低阶近似，得出了侧偏松弛长度的表达式，给出了侧偏松弛长度随侧偏角变化关系。

The interference, which has much to do with shimmy and handling characteristic and directional stability of vehicle, between the suspended structure, the front axle and steering system is described accurately In the models, the concrete component parameters or the design parameters are adopted to make it easy that the models are directly used in optimization design of real products. In order to make mathematical simulation and optimum analysis accurately with a particular vehicle and to study the influence of tyre characteristics on the lateral dynamic performance of vehicle, not only are the whole structure parameters in the models measured, but also is the test of the tyre cornering characteristics done, the accurate parameters of the tyre cornering characteristics are obtained and the practical tyre models of both steady state and dynamic state are selected.

为了提高仿真计算与优化分析的精度，和进一步分析有关轮胎特性对汽车横向动力学特性的影响，除了测量了模型中的全部结构参数外，特别做了轮胎侧偏特性试验，获得了比较准确的轮胎特性参数，并选用了比较实用的轮胎动态和稳态侧偏特性模型。

与侧偏相关的网络解释 [注：此内容来源于网络，仅供参考]

homonymous hemianopsia：同侧偏盲

binasal hemianopsia 双鼻侧偏盲 | homonymous hemianopsia 同侧偏盲 | heteronymous hemianopsia 异侧偏盲

incongruous hemianopia：非对称性同侧偏盲

incomplete hemianopia 不全偏盲 | incongruous hemianopia 非对称性同侧偏盲 | incontinence 失禁

bitemporal hemianopsia：双颞侧偏盲

nasal hemianopsia 鼻侧偏盲 | bitemporal hemianopsia 双颞侧偏盲 | binasal hemianopsia 双鼻侧偏盲

bitemporal hemianoptic centralscotoma：双颞侧偏盲型中心暗点

双同侧性偏盲性暗点 bilateral homonymous hemianopticscotoma | 双颞侧偏盲型中心暗点 bitemporal hemianoptic centralscotoma | 孔源性网膜脱离 rhegmatogenous retinal detachment

bitemporal hemiano ia：双颞侧偏盲

nasal hemiano ia 鼻侧偏盲 | bitemporal hemiano ia 双颞侧偏盲 | binasal hemiano ia 双鼻侧偏盲

heteronymous hemianopsia：异侧偏盲

homonymous hemianopsia 同侧偏盲 | heteronymous hemianopsia 异侧偏盲 | upper hemianopsia 上偏盲

binasal hemianopsia：双鼻侧偏盲

bitemporal hemianopsia 双颞侧偏盲 | binasal hemianopsia 双鼻侧偏盲 | homonymous hemianopsia 同侧偏盲

binasal hemianopsia：两鼻侧偏盲,两内侧偏盲,两内侧性偏盲

binarycoded Fraunhofer hologram 二进制码夫琅和费全息图 | binasal hemianopsia 两鼻侧偏盲,两内侧偏盲,两内侧性偏盲 | binate leaf 双生叶

nasal hemianopsia：鼻侧偏盲

temporal hemianopsia 颞侧偏盲 | nasal hemianopsia 鼻侧偏盲 | bitemporal hemianopsia 双颞侧偏盲

heteronymous hemiano ia：异侧偏盲

homonymous hemiano ia 同侧偏盲 | heteronymous hemiano ia 异侧偏盲 | u er hemiano ia 上偏盲