Shake

摘要： 某车型在行驶过程中驾驶员能够明显感觉到车辆存在垂向跳动,90km/h最为明显,且车辆通过减速带时振动收敛性较差,存在二次余振,本论文针对上述两个问题展开研究,通过采用液压悬置+调整部分悬置Z向刚度的方法,解决了shake问题.

摘要： 重点知识园地。重点单词1.shake n.&v.摇动;抖动Give it a good shake.用力摇一下它。He was shaking with anger.他气得浑身发抖。拓展shake sb’s hand/shake hands with sb/shake sb by the hand与某人握手A stranger walked up to me and shook my hand.有个陌生人向我走来并跟我握手。

摘要： 个性化内饰照明:结合VR体验设备,展示海拉内饰照明技术实现座舱照明多场景应用。海拉Demo Car:展示的样车上装配海拉自动化产品SHAKE传感器,让车辆不仅能够看到外部环境,同时能够感知盲区环境.

摘要： One Shake调料瓶没有瓶盖和漏口,而是让重力来解决一切.当你向下倾斜超过25°角时,调料瓶内胆便会开启一道缝,倒出你需要的调料.直立放置时则封口密闭,保持干燥,免于灰尘侵袭.

摘要： Suspensions of silica nanoparticles showed shear-thickening profiles under steady shear conditions up on addition of a small amount of poly(ethylene oxide) (PEO). The suspensions turned into gels upon shaking and their fluidity was recovered several minutes after resting. We studied the rheological properties of these shake gels with small amounts of sodium chloride (NaCl). Gelation occurred at lower shear rates upon addition of small amounts of NaCl. In addition, the time taken by the gelated samples to recover their original viscosity increased with the increasing NaCl content. The weakened repulsive interactions between the silica particles upon NaCl addition lead to particles in closer proximity, and three-dimensional networks of PEO chains are easily formed as the electric double layer of the particles becomes thinner.

摘要： 2017年9月13日，汽车照明和电子专家海拉在2017法兰克福国际车展（IAA）上，展示其对未来出行的创新解决方案。如：海拉最新研发了基于液晶高清技术的头灯、SHAKE传感器技术以及针对PM2．5颗粒研发的传感器等多种创新产品和技术。

摘要： 万万没想到吧，Nike将于今年重新复刻发售Dennis Rodman1996年的御用战靴Air Shake Ndestrukt。两款新作分别以主场和客场的配色呈现，虽然目前还没有确定的发信信息，但是这足以让不少大虫的粉丝欣喜若狂了。

摘要： 利用Davidenkov模型对宁波深厚软土地区土动力试验数据进行拟合分析,确定相关拟合参数,结果表明该模型能较好地描述软土的动剪切模量和动阻尼比随动剪应变的变化规律.然后,基于等价线性化方法以及ANSYS软件的APDL语言进行简单的二次开发,编写Davidenkov模型计算程序,并利用经典的SHAKE软件进行验证,结果表明该程序计算结果很好,能解决目前商业软件中缺乏合适的土体非线性动力本构模型的不足.最后,利用开发的模型计算分析宁波深厚软土的地震响应规律,并与规范推荐的简化计算公式进行比较分析,结果表明规范推荐的公式得到的土体响应偏大,对于地下结构的抗震设计偏于保守.研究成果对确定深厚软土地区土体动力特性及其地震响应研究提供了合理的计算方法.%In this study,we used the Davidenkov model to conduct a fitting analysis on dynamic test data of deep soft soil in the city of Ningbo and then determined the relevant fitting parame-ters.The fitting results demonstrate that the Davidenkov model can describe the dynamic charac-teristics of the Ningbo deep soft soil well.We wrote the computation program for Davidenkov model in APDL language using ANSYS software based on the equivalent nonlinear method and verified its correction by the classic earthquake response program SHAKE.The results show that the program is effective and can address the lack of nonlinear constitutive soil models in existing commercial software.We used the above program to compare relevant codes and analyzed the seismic responses of the Ningbo deep soft soil.The analysis results indicate that the soil displace-ment obtained by the formula recommended by the code is actually greater than expected,which means that the underground structure that was designed according to code is conservative.The research results from this study provide a reasonable method for calculating soil dynamic charac-teristics and conducting seismic response analysis of deep soft-soil areas.

摘要： 什么样的课堂是'高效课堂'呢?简单地说,高效课堂就是在单位课时内所产生的最高效率和效益的课堂。高效课堂教学不单单强调结果,而更强调获取知识的过程。在教学过程中,必须从提高学生的综合语言运用能力出发,使语言的学习过程成为学生形成积极情感