计算的

One of the problems in computer science right now is that the standard design for computing is very unlifelike, because living systems have many relatively simple components, and each component does some simple thing, but collectively, the whole network of components computes very complicated things.

目前，计算机科学中的问题之一就是计算的标准设计非常不像有生命力的，因为有生命的系统拥有很多相对较简单的部件，每个部件做一些简单的事情，但是集合起来，整个部件组成的网络就能计算非常复杂的东西。

After verification of the program, the mathematical models of the suspension bridges were studied by means of the program, as well as the determination of the main cable's shapes and its internal forces at different stages, the calculation of the cable's unstrained length and the analysis of the construction processes, of which some new approaches were presented in the mean time. Thus makes the structural analysis results of suspension bridges more reliable and in accordance with reality.

在用算例验证了程序分析结果正确性的基础上，应用该程序对悬索桥的数学模型、各阶段缆索几何形状及内力状态的确定以及缆索无应力长度的计算和施工过程分析进行了研究，提出了确定缆索在成桥状态下的几何形状及其内力状态以及缆索无应力长度计算的新方法，使悬索桥的结构分析结果更加符合实际情况。

The device computes degree of slip on the basis of wheel rpm calculated by the ABS sensors and activates two different control systems to restore grip: when an excessive power demand causes both drive wheels to slip (e.g. in the case of aquaplaning or when accelerating over an unsurfaced, snowy or icy road), it reduces engine torque by reducing the throttle opening angle and thus air flow; if only one wheel slips (e.g. the inside wheel following acceleration or dynamic load changes), this is automatically braked without the driver touching the brake pedal.

该设备计算对车轮转速传感器的ABS的基础上计算的滑移程度和激活两个不同的控制系统，以恢复地力：当一个权力过大，导致需求驱动车轮都滑倒在打滑的情况（例如，通过一个或加速unsurfaced，积雪或结冰的道路），它减少了通过减少节气门开度角，从而空气流通发动机扭矩；如果只有一个轮子单（如车轮内的下列加速或动态负载变化），这是自动完成，无需驱动程序的触摸制动刹车踏板。

The hydraulic loss of conduit in both vertical pump system and bulb tubular pump system were calculated using the numerical simulation, and the influence of pump impeller diameter on hydraulic loss of conduit was analyzed. Based on the similitude rules of impeller pump, the relationship between pump impeller diameter and nD value and the influence of pump selection and design were analyzed.

采用数值计算的方法，分别计算了具有不同水泵叶轮直径的立式轴流泵装置和灯泡贯流泵装置的流道水力损失，比较了水泵叶轮直径对流道水力损失的影响；根据叶片泵的相似律，分析了在一定设计流量条件下水泵叶轮直径与nD值的关系以及对水泵选型设计的影响。

A spring-block model to forecast the movement of sliding body is presented, in which the deformation and speed inhomogeneousness of sliding mass, the energy conversion and dissipation and the friction on the slip surface are also considered. The deformation of single sliding body in the whole sliding process can be determined by numerical method.

考虑到滑落体滑动过程的速度和变形的不均匀性、变形能的积累与释放以及滑体与滑床的摩擦等，建立了滑落体运动的弹簧滑块模型，该模型通过数值计算的方法可以计算滑落体滑动全过程的变形。

In order to evaluate measuring uncertainty of tensile testing result of metallic material, the mathematic model of calculating uncertainty is established and different factors of influencing testing result are determined taking rectangle head shorter proportional sample of 18mm Q235B plate as example.

为评定金属材料拉伸试验的结果测量不确定度，以轧制厚度为 18mm的Q2 3 5B板材矩形带头短比例试样为例，建立了不确定度计算的数学模型，确定了影响试验结果的下屈服力FSL、最大力Fm、试样原始厚度a及试样原始宽度b等各项因素，计算出了各种因素的标准不确定度，得出拉伸试验结果的扩展不确定度，并给出最终测量结果的表达式：下屈服强度ReL、抗拉强度Rm的最终测量结果分别为(3 0 5± 5 )MPa和(4 3 5± 10 )MPa。

First,a finite element model of clutch driven plate assembly was built,the stiffness and stress distribution were calculated;then the corresponding tests were performed,and the FE model was verified;finally,the improved design was given according to the FE calculation.

根据离合器从动盘的工作原理建立了结构的有限元模型，计算了从动盘结构的刚度和应力分布；进行了相应的试验，验证了所建立有限元模型的正确性；根据有限元计算的结果，提出了结构的改进方案。

The students were impressed by the dean Doc. Shen Xiangyang and vice-dean Doc. Hong Xiaowen of Microsoft Asian Research Institute who are the first-rate computer scientists in the world. Through "no data no count", they got to know that the institute had made a change to computer utilization from Application Centric to Data Centric and its original point of view about the data-central calculation. At the meantime, they experienced the newest and most advanced technical achievements born in the institute in person.

同学们亲身领略了微软亚洲研究院院长沈向洋博士和副院长洪小文博士等世界一流计算机科学家的风采，通过无'数'不在的计算，了解了微软亚洲研究院对计算机的应用由Application Centric 到Data Centric的转变，研究院对于以数据为中心的计算的独特见解，并亲身体验到了微软亚洲研究院内诞生的最新颖最先进的科技成果。

The students were impressed by the dean Doc. Shen Xiangyang and vice-dean Doc. Hong Xiaowen of Microsoft Asian Research Institute who are the first-rate computer scientists in the world. Through "no data no count", they got to know that the institute had made a change to computer utilization from Application Centric to Data Centric and its original point of view about the data-central calculation. At the meantime, they experienced the newest and the most advanced technical achievements born in the institute in person.

同学们亲身领略了微软亚洲研究院院长沈向洋博士和副院长洪小文博士等世界一流计算机科学家的风采，通过无'数'不在的计算，了解了微软亚洲研究院对计算机的应用由Application Centric 到Data Centric的转变，研究院对于以数据为中心的计算的独特见解，并亲身体验到了微软亚洲研究院内诞生的最新颖最先进的科技成果。

Based on the above-mentioned characters, this paper analyzes and improves the building method of non-restraint triangulated irregular network and the embedded approach of constraint conditions, provides a kind of computational method which is used to compute the strip mine earthwork calculation based on constrained triangulated irregular network. a experiment system, which auto-complete the update of the strip mine relief map and earthwork calculation with the discrete elevation point, is developed by using the VBA development tool of AutoCAD.

基于上述特点，本文主要分析并改进了无约束三角网建立的方法与约束条件的嵌入方法，研究了基于带约束条件的不规则三角网的露天矿采剥土方量的计算方法，并利用了AutoCAD内嵌的VBA开发工具，实现了一个以离散的高程点为数据，自动完成露天矿地形图更新绘制与土方量计算的实验系统。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。