1)cable tension索力
1.Study on cable tension sensor based on magnetoelastic effect;基于磁弹效应的索力传感器研究
2.Research on cable tension sensor based on magnetoelastic effect with bypass excitation;旁路励磁的磁弹性索力传感器研究
3.Measurement of cable tension of external prestressed cable by using vibration method;利用振动法测量预应力体外索的索力
英文短句/例句
1.Cable Tension Measurement and Condition Assessment for the Cable-Stayed Bridges斜拉桥索力测量及索力状态评估研究
2.Modal Test of Simple Supported Bridge and the Test of Cable Force;简支梁的模态试验及斜拉索索力测试
3.Practical Formulas for Estimation of Short Cable Tension by Vibration Method基于频率法的短索索力实用计算公式
4.Reasonable Cable Tension in Finished State of Cable-Stayed Bridges and the Control during Construction;斜拉桥的合理成桥索力和施工阶段索力控制
5.Cable Force Optimization of Cable-stayed Bridge Casting in Place on All Supported Framework and Definition of Construction Stage Cable Force支架现浇斜拉桥索力优化及施工阶段索力确定
6.Study on Stay Cable Force Considering Parameter Vibration and Cable Force Measure;考虑参数振动影响的斜拉索索力及索力测试研究
7.TENSION IDENTIFICATION METHOD OF IN-SERVICE CABLE BASED ON STATIC MEASURING一种基于静力检测手段的在役预应力拉索索力识别方法
8.Static Nonlinear Analysis of Cable-Stayed Bridge and the Adjustment of Stay Cable Forces斜拉桥静力非线性分析及其索力调整
9.Mechanical Characteristics of the Suspension Bridge with 3D-cable and Analysis of the 3D-Linetype for Postcs空间缆索悬索桥受力特性及缆索成桥线形分析
10.The end of a cable, rope, or chain that is pulled by the power source in hoisting.通索绳、索、链的末端,由电力带动上升
11.Experiment of Anchor Cable With High Slope of Pre-Stress Anchor Cable Frame Protection高边坡预应力锚索框架防护锚索试验
12.PRINCIPLE AND METHOD OF MEASURING CABLE TENSION IN A CABLE STRUCTURES索结构中拉索张力测量的原理与方法
13.Measurement and Analysis for Cable Tension of Steel Arch Bridge钢管拱桥扣索塔缆索张力测试与分析
14.Study on the Static and Dynamic Characteristics of Long-Span Suspension Bridges with Spatial Cable System空间缆索体系悬索桥静动力性能研究
15.Anti-corrosion Airproofing Technique of Suspensionbridge Sling悬索桥吊索压力注入密封防腐蚀技术
16.Influence Research of Temperature on Suspension Bridge Anchor Span Strand Tension温度对悬索桥锚跨索股张力影响研究
17.Inverse analysis method for calculating cable tension based on controlling the initial length of cables控制索原长求解索张拉力的反分析法
18.rack one's Brain绞尽脑汁,努力思索
相关短句/例句
cable force索力
1.Health monitoring for cable-suspended structure of pipelines by cable forces;利用索力对管道悬索跨越结构的健康检测
2.Measurements of Cable Forces,Temperatures and Stresses of the Second Changjiang River Bridge in Wuhan;武汉长江二桥的索力、温度和应力测量
3.In the model,authors appointed the magnitude of lifting-cable forces at each suspension centre as design variables,appointed the spatial coordinate of designated point on the structure as the objective function,and constituted the control demands of hydraulic sync elevation technology as the constraint conditions.指定各吊点提升索力大小为设计变量,将结构物特定点的空间坐标设为目标函数,液压同步提升技术的控制要求则设为约束条件,通过对目标函数的优化处理,求解各竖转角度下的结构受力,并通过算例和现场试验予以验证。
3)stayed-buckle cable force扣索索力
1.Based on the existing algorithm and through ascertaining the influence matrix of the tensile force in the construction of oblique pulling rope,the optimized stayed-buckle cable force is calculated at each stage of archrib hoisting phase of a model bridge during construction and the designed requirement is fulfilled through empty steel tube in falling state.在讨论现有算法的基础上,通过确定斜拉索施工张拉力的影响矩阵,对扣索索力进行了优化。
4)cable force扣索索力
1.Non-bracket and Cable erection is the main erecting arch ribs method of a long span concrete-filled steel-tube(CFST) arch bridge recently,but it requires to adjust the cable force over and over again,which increases the degree of construction difficulty and arch axis linear control trouble,delays the project limit time.无支架缆索吊装法是目前大跨径钢管混凝土拱桥拱肋节段吊装的主要施工方法,此方法在施工过程中须反复调整扣索索力,施工难度大,拱轴线形控制繁琐,工期长。
2.Research purposes: By summing up the advantages and disadvantages of using the torque balance method and the finite element "zero displacement method" to determine the cable force,the optimal calculation method is used for the Luobuxi Bridge to guarantee the linear accuracy in arch rib segment of the bridge and construction safety.研究目的:通过对力矩平衡法和有限元零位移法确定扣索索力的优缺点分析,针对落布溪大桥拟定的扣索方案,采用优化后的计算方法确定最优扣索索力,确保本桥拱肋节段安装的线形精度和施工安全。
3.Taking Da-ning River Bridge in construction as the engineering background,the optimization analysis of cable forces and segmental cambers has been carried out during the process of arch rib segmental installment.以在建的大宁河大桥为工程背景,开展拱肋吊装过程扣索索力和预抬量的优化分析。
5)cable force吊索索力
1.Testing research on the cable force with vibration damper带减振架的吊索索力测试研究
6)cable stress拉索索力
延伸阅读
美斯可,美舒咳,兰索力素,沐舒痰,溴环己胺醇,痰之保克,沐舒坦,兰勃素药物名称:氨溴索英文名:Ambroxol别名:美斯可,美舒咳,兰索力素,沐舒痰,溴环己胺醇,痰之保克,沐舒坦,兰勃素外文名:Ambroxol,Musco,Lanbroxol, Mucosolva Transbrocho药理作用:为溴己新的衍生物,可抑制支气管粘液腺和杯状细胞中酸性粘多糖的合成,能裂解痰中酸性粘多糖纤维,尤其能促进肺表面活性物质的分泌及支气管纤毛排空运动,从而使痰液易于咳出。口服后0.5-3h血药浓度达高峰,以肺、肝、肾分布较多,t1/2为4-5h,通过肝代谢,从尿排出。适应症:用于粘痰不易咳出的急、慢性呼吸道疾病。用法用量:1.口服:30mg,Tid.长期服用改为Bid.饭后服。小儿:5-10岁:10-20mg,Tid;11岁以上:30mg,Bid--Tid.2.皮下肌内注射:15-30mg,Bid. 3.静注:1.2-1.6mg/(kg.d),wv 2-3次,2-3min内缓慢静注。不良反应:个别有轻微胃肠不适及过敏反应。注意事项:1。快速静注可引起头痛、腿部疼痛和疲乏。2。慎用:胃溃疡与妊娠3个月内的孕妇。规格:片剂:30mg, 针剂 :15mg/2ml.类别:祛痰药