工程

The control of the construction time is one of the important controls of tunnel. Once the construction time went amuck, the others should be influenced. So the study of the construction time is very important to us.

而在隧道工程中，进度控制是三大控制(资金、进度和质量的控制)中重要控制的目标之一，工程进度失控，必然会人力、物力的浪费，甚至可能会影响到工程的质量和安全，因此，对于隧道工程的工期研究也具有重大意义。

According to current job authority differentiates, path of common country province and apanage of construction of highway of prefectural home village or town just invest administrative project, financing source basically is prepared oneself by the place, province traffic hall gives only be responsible for a task unit until it is completed appropriately accessorial, when each district is striving for project project approving and ranking and accessorial capital, working strength is very great, enthusiasm is very tall, but after project start working, in capital of local form a complete set raise money on, however often can find no way out, cannot fulfil tardy reach the designated position.

按照目前的事权划分，一般国省道和县乡公路建设属地方投资治理项目，资金来源主要由地方自筹，省交通厅只给予适当包干补助，各地在争取工程立项和上级补助资金时，工作力度很大，热情很高，但工程开工后，在地方配套资金的筹集上，却往往一筹莫展，迟迟不能落实到位。也有个别地方，由于存在急功近利、好大喜功的心理，热衷于搞政绩工程、形象工程，脱离当地实际，盲目上马建设项目，致使资金短缺问题更加突出。

In this paper, the capital risk management of international construction by means of risk analysis is described. First, the traditional theories of capital risk analysis are discussed in detail. Then, possible capital risks in international construction contracting are analyzed and assessed systematically.Third,a series of mathematical models of assessing capital risks are established after analyzing the cash flow of the project. Based on the analysis mentioned above, computer simulation programs are developed.

将风险分析技术用于国际工程资金管理领域，在总结以往的风险分析理论的基础上，通过对国际工程承包资金风险的辨识、估计和评价，结合对工程现金流分析，系统分析了国际工程承包中可能遇到的风险，建立了一组资金风险评价的数学模型，并结合计算机模拟技术，编制了风险模拟计算程序。

Considering complicated conditions of the coastal dynamic environment, sediment dynamics, and together with the immature sediment itself, the predicted results will be somewhat limited if only with numerical model. So, in order to obtain microcosmic quantitative assessment and macroscopically understanding, numerical model is combined with field observations in the thesis. Firstly, the tidal current, SSC distribution, benthal deposited materials were basically analyzed by field observations. Then, the tidal current, SSC distribution, and the erosion and accumulation of the seabed were simulated with the numerical model of ECOMSED.

但由于海岸动力环境多变，泥沙运动复杂，加之泥沙问题本身的复杂性，如仅用数学模型，其预测结果将受到一定的限制，故本文采用实测调查与数学模型计算相结合的方法，宏观把握，微观量化，在掌握岚山港西突堤工程所在海域潮流、悬沙量分布、表层底质沉积物类型及特点基本态势的基础上，紧扣开发工程可能引起潮流场变化，分析工程后悬沙量、海底冲淤变化及其空间分布，进而建立潮流作用下的泥沙输运数学模型，首先比较好地模拟目前岚山港西突堤工程附近海域的潮流场和悬沙场，然后预测海湾沿岸可能引起的冲淤强度变化和冲淤区域的空间分布。

Applying binomial distribution of probability sets up a mathematical model of partial building project quality grade.

单位工程的质量等级是由分部工程的质量等级来保证，而分部工程的质量等级又是由所含分项工程的优良率来确定。

In this paper, the action and position of surface engineering in the new century are presented, the definition, development, characteristic and application of surface engineering are introduced, the direction in the new century of surface engineering are emphasized in the end.

文摘：介绍了新世纪表面工程的作用和地位，阐述了表面工程的定义、发展和特点，以及在生产实践中的应用，重点展望了表面工程在21世纪的发展方向，提出了发展再制造工程，促进先进制造技术的创新。

First stage started from May of 2007, three aluminium foil process lines with investment 38 million US Dollars, yearly capacity 20 000 metric tons, will put into production in April of 2008; second stage started from February of 2008 with investment 25 million US Dollars and the capacity 30 000 metric tons, three aluminium foil process lines; The third stage will start from the year 2009 with about investment 175 million US Dollars, six aluminium foil process lines, twelve casting-roll process lines and three cold-roll process lines.

一期工程3条铝箔生产线于2007年5月份开始施工，年产铝箔20 000吨，投资2.57亿元，于2008年4月份实现投产；二期工程于2008年2月份动工兴建，在一期工程的基础上再建设3条铝箔生产线，投资1.5亿元，投产后企业年生产铝箔能力将达50 000吨；三期工程包括6条铝箔生产线、20条铸轧生产线和3条冷轧生产线，计划2009年开始兴建，投资约12亿元。

Construction project cost control is the most important element among the three main control of construction project .

建筑工程项目成本控制是工程的三大控制中较重要的一项因素。因为建设工程项目成本控制工作的好坏，将直接决定了工程的盈利与否。

Technical matters are the most complicated and difficult puzzles on Sea-closure Engineering, which come from construction work on crevasse.

堵口工程是围海工程成败的关键，堵口工程施工中所遇到的技术问题，是整个围海工程中最复杂和最困难的问题。

The Court of Appeals reversed and [437 U.S. 153, 154] ordered the District Court permanently to enjoin completion of the project "until Congress, by appropriate legislation, exempts Tellico from compliance with the Act or the snail darter has been deleted from the list of endangered species or its critical habitat materially redefined."

因此，地方法院判道："在一个联邦工程项目即将完工而又无法改变的情形下，衡平法院不应当适用一部在工程开工之后很久才颁布的法律去导致一个不合理的结果……"上诉法院推翻了地方法院的判决，并要求地方法院永久禁止该工程项目完工，"直到国会通过适当的立法免除泰利库工程项目遵从此法的义务，或者蜗牛镖被从濒危物种名录剔除，甚或其关键性栖息地被实质性重新认定。"

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。