1)S-curve[英]['esk?:v][美]['?sk?v]S-曲线
1.Time-variation Demand Forecast of Emergent Traffic Evacuation Based on S-curve基于S-曲线的时变交通应急疏散需求预测
英文短句/例句
1.Time-variation Demand Forecast of Emergent Traffic Evacuation Based on S-curve基于S-曲线的时变交通应急疏散需求预测
2.ogee curve双弯曲线, s形曲线
3.isothermal transformation curve(c曲线, S曲线) 等温转变曲线
4.Method of Estimating In-plane Shear S-N Curve of Unidirectional Laminate from Off-axis Tension S -N Curve由单向层压板偏轴拉伸S-N曲线估算面内剪切S-N曲线的方法
5.The external auditory canal makes a slightly S-shaped curve.外听道形如一S型的曲线。
6.The Realization of S-curve of Trigonometric Function on TMS320F2812 Chip三角函数S曲线在芯片TMS320F2812上的实现
7.Experimental Research on P-S-N Curve of Concrete Fatigue Life混凝土疲劳寿命P-S-N曲线的试验
8.[font=Tahoma][size=3]Here's another S curve that forms a diagonal leading line.这是另一种s曲线，它形成了一条对角指引线。
9.So, the S curve is an attractive shape to look for when you compose a photograph.因此，S曲线在构图时是一个很能吸引人的形状。
10.Numerical Study of Nonlinear Pulsatile Flow in S-Shaped Curved Arteries;S型弯曲动脉中非线性脉动流的数值研究
11.Extreme Maximum Model and Application for the Probabilistic Fatigue S-N Relations;概率疲劳设计S-N曲线的极大值模型及应用
12.Looking at Manzhouli s Economic Development from the Pair "S" Curve Model;从双“S”曲线模型看满洲里市的经济发展
13.Auto-design of synthesis mining curve based on B/S mode;基于B/S模式的综合开采曲线自动设计
14.A New Double-S Curve Model for Improving the Converse-U Theory;双S曲线模型:对倒U型理论的发展与完善
15.Construction Methods about Inverted S-shaped Steel Concrete Duct Shuttering;倒“S”曲线形钢筋混凝土风道模板施工方法
16.Research on the Zigzag-curve in Friction Stir Welding Joints for LY12 Aluminum AlloayLY12铝合金搅拌摩擦焊焊缝中S曲线的研究
17.Accident analysis of the typical precast pile broken pile Q-s curve project典型预制桩断桩Q—s曲线工程事故分析
18.A Real-time Looking-forward NURBS Interpolation Algorithm Based on S-shape基于S曲线加减速的NURBS实时插补前瞻控制方法
相关短句/例句
S-N curveS-N曲线
1.Study on the deterioration of parameter C in S-N curve of steel bars with corrosionpits used in construction产生坑蚀后建筑用钢筋S-N曲线中C参数劣化规律的研究
2.The effect of sulfuric acid,chromate acid and boric/sulfuric acid anodizing on fatigue performance of aeronautic aluminum alloys was studied by using S-N curve.采用S-N曲线研究硫酸阳极化、铬酸阳极化和硼酸硫酸阳极化对航空铝合金疲劳极限的影响。
3.A simple method for measuring S-N curve and fatigue limit of a material or a machine part was detailed by a experiential fatigue strength decreasing model in this paper.基于经验的疲劳强度衰减模型,提出了一种测定材料和结构的S-N曲线简易方法,同时可以确定材料和结构的临界载荷。
3)S-curve[英]['esk?:v][美]['?sk?v]S曲线
1.Study on the Accelaration/Decelaration Control Method for S-curve;S曲线加减速控制方法研究
2.A Linearize Model of S-curve;S曲线的一类线性化模型
3.Research and Implementation of S-curve Acceleration/Deceleration Algorithm Based on Rounding Error Compensation Tactic;基于圆整误差补偿策略的S曲线加减速控制研究与实现
4)S-curve[英]['esk?:v][美]['?sk?v]S型曲线
1.Study on simulation-based S-curve for construction process control基于仿真的施工进度管理S型曲线研究
2.A conjunctive spot S-curve velocity look-forward control profile is proposed, the maximal linkup speed at the conjunctive spot is determined by the actual conditions of the conjunctive spot on the process route at first.提出了型值点S型曲线加减速前瞻控制算法,先根据加工路径的型值点实际情况,确定每一型值点处的最大衔接速度,然后采用S型曲线加减速控制,实现各路径段之间进给速度的快速衔接,从而达到高速高精的运动控制目的。
3.A conjunctive spot S-curve velocity look-ahead control method is applied in this system.运用了型值点S型曲线加减速前瞻控制算法,根据加工路径的型值点的实际情况,确定每一型值点处的最大衔接速度,采用S型曲线加减速控制,实现各路径段之间进给速度的快速衔接,从而达到高速高精的运动控制目的。
5)S-N curvesS-N曲线
1.The fatigue life of graphitic materials is estimated from their S-N curves,And the fatigue behavior of graphitic materials with pre -fabricated cracks is analysed from crack propagation.对迄今前人在石墨材料上所开展的疲劳研究工作进行了综述,以不同的疲劳设计方法为线索,一方面 通过对石墨寿命评价的S-N曲线来分析石墨的疲劳行为;另一方面从疲劳裂纹扩展的角度来分析在外应 力作用下有预制裂纹的石墨的疲劳行为。
2.Experimental results indicated that the effect of shot-peening and ion implantation on the S-N curves is related to temperature.结果表明,喷丸和离子注入对材料疲劳S-N曲线的影响与实验温度有关。
3.The paper describes the evaluation of the fatigue life of membrane tank LNG carriers based on the S-N curves method under the assumption of linear cumulative damage (Miner-Palmgren s rule).基于S-N曲线和Miner-Palmgren线性累计损伤理论,根据BV船级社规范以及GTT文件要求,针对大型No96薄膜型LNG船舶开展了结构疲劳强度评估研究。
6)p-s curvep-s曲线
1.Simulation and analysis of the equivalent law of work of P-s curve of anchor pile;锚杆P-s曲线的功能互等定律法的模拟与分析
2.According to the grey theory,the author attempts to predict both t-s and P-S curves of the test and obtain the similar settlement which traditionally gained by slow load test.探讨了灰色理论方法在快速法载荷试验数据处理中的应用,并运用此理论对快速载荷试验各级荷载下的t-s曲线及总体的P-S曲线进行预测,以得到荷载作用下与慢速法一致的稳定沉降量。
3.By using the data of pull-out tests of anchor rod,we have discussed the use of the nonequidistance GM(1,1)model for simulating the P-S curve of anchor rod and predicting the ultimate capacity of anchor rod,in the same time,we also discussed if we can predict the ultimate capacity of anchor rod by using the data of anchor rod pull-out tests before breakage.结合锚杆抗拔试验数据,探讨了不等间距GM(1,1)模型拟合锚杆P-S曲线以及预测锚杆极限承载力的效果,同时分析了利用未破坏锚杆实测数据预测锚杆极限承载力的效果。
延伸阅读
Autocad VBA初级教程 (第五课 画函数曲线)先画一组下图抛物线。下面是源码：Sub myl()Dim p(0 To 49) As Double '定义点坐标Dim myl As Object '定义引用曲线对象变量co = 15 '定义颜色For a = 0.01 To 1 Step 0.02 '开始循环画抛物线 For i = -24 To 24 Step 2 '开始画多段线 j = i + 24 '确定数组元素 p(j) = i '横坐标 p(j + 1) = a * p(j) * p(j) / 10 '纵坐标 Next i '至此p(0)-p(40)所有元素已定义，结束循环 Set myl = ThisDrawing.ModelSpace.AddLightWeightPolyline(p) '画多段线 myl.Color = co '设置颜色属性 co = co + 1 '改变颜色，供下次定义曲线颜色Next aEnd sub为了鼓励大家积极思考，从本课开始，我不再解释每一条语句的作用，只对以前没有提过的语句进行一些解释，也许你一时很难明白，建议用上一课提到的跟踪变量、添加断点的办法领悟每一条语句的作用，如果有问题不懂请跟贴提问。在跟踪变量p时请在跟踪窗口中单击变量p前的+号，这样可以看清数组p中每一个元素的变化。ACAD没有现成的画抛物线命令，我们只能用程序编写多段线画近似抛物线。理论上，抛物线的X值可以是无限小、无限大，这里取值范围在正负24之间。程序第二行：Dim myl As Object '定义引用曲线对象变量Object也是一种变量类型，它可以把变量定义为对象，本例中myl变量将引用多段线，所以要定义为Objet类型。看画多段线命令：Set myl = ThisDrawing.ModelSpace.AddLightWeightPolyline(p) '画多段线其中括号中的p是一个数组，这个数组的元素数必须是偶数，每两个元数作为一个点坐标。等号前面部分“Set myl”的作用就将myl变量去引用画好的多段线。myl.Color = co '设置颜色属性。在ACAD中，颜色可以用数字表示，本例中co会增值，这样就会有五彩缤纷的效果。本课第二张图：正弦曲线，下面是源码：Sub sinl()Dim p(0 To 719) As Double '定义点坐标For i = 0 To 718 Step 2 '开始画多段线 p(i) = i * 2 * 3.1415926535897 / 360 '横坐标 p(i + 1) = 2 * Sin(p(i)) '纵坐标Next iThisDrawing.ModelSpace.AddLightWeightPolyline (p) '画多段线ZoomExtents '显示整个图形End Sub
