harbor engineer中文是什么意思

• 港务工程师

• "harbor"中文翻译    n. 1.海港，港口；港湾。 2.〔比喻〕避难所，藏身处 ...
• "engineer"中文翻译    n. 1.技师；工程师。 2.机械设计者，机车制造人。 ...
• "harbor" 中文翻译 :    n. 1.海港，港口；港湾。 2.〔比喻〕避难所，藏身处。 3.【军事】坦克掩蔽场。 an air harbor 航空港。 a harbor barge 码头驳船。 harbor installations 港口设施。 a harbor pilot 领港员。 a natural harbor 天然港。 an artificial harbor 人工港。 a harbor of refuge 避难港。 give harbor to 窝藏(犯人)。 in harbor 停泊中。 make harbor 入港停泊。 vt. 1.隐匿，窝藏(罪犯等)。 2.怀抱(恶意)。 3.包含，聚藏。 harbor malice against sb. 对某人怀有恶意。 vi. 1.躲藏，潜伏。 2.停泊。 adj. -less 无港的，无避难处的。
• "in harbor" 中文翻译 :    停泊中
• "in-harbor" 中文翻译 :    港内的
• "engineer" 中文翻译 :    n. 1.技师；工程师。 2.机械设计者，机车制造人。 3.(轮船的)机师；〔美国〕(火车的)司机；驾驶员。 4.(海军的)轮机军官；(陆军的)工兵。 a civil engineer 土木工程师。 a naval [marine] engineer 造船工程师。 a chief engineer 1. 总工程师。 2. 轮机长。 a first engineer 一级机工。 a student engineer 见习技术员。 the Corps of E-s 工兵部队。 the Royal E-s 〔英国〕皇家工兵。 engineer in charge 主管工程师。 engineer in chief 总工程师。 vt. 1.设计，监督(工程等)。 2.操纵。 3.图谋，策划，策动。 vi. 做工程师。
• "engineer the" 中文翻译 :    工程师
• "harbor area; harbor district" 中文翻译 :    港区
• "harbor boundary; harbor limit" 中文翻译 :    港界
• "harbor defence; harbor defense" 中文翻译 :    港防
• "harbor refugees harbor a fugitive" 中文翻译 :    收留难民; 窝藏逃犯
• "this harbor is a natural harbor" 中文翻译 :    这个港口是天然港
• "chief engineer; engineer-in-chief" 中文翻译 :    总工程师
• "chief engineer；engineer-in-chief" 中文翻译 :    总工程师
• "engineer - aeronautical engineer" 中文翻译 :    航空工程师
• "engineer - agricultural engineer" 中文翻译 :    农业工程师
• "rd engineer 2nd engineer" 中文翻译 :    二管
• "th engineer 3rd engineer" 中文翻译 :    三管
• "a harbor for floating" 中文翻译 :    波浮的港
• "air harbor" 中文翻译 :    航空港
• "allison harbor" 中文翻译 :    阿利森港
• "artificial harbor" 中文翻译 :    人工港
• "ballynakill harbor" 中文翻译 :    巴利纳基尔港
• "bar harbor" 中文翻译 :    巴港
• "bartletts harbor" 中文翻译 :    巴特利特港

• Department of river harbor engineering
  河流港湾工程系
• Hydraulic and harbor engineering
  水利及港湾工程
• Methods for estimating bearing capacity of layered foundations in harbor engineering
  港口工程中非均质层状地基承载力计算方法
• Engaged in the study of sedimentation problems and in consulting for and evaluating the feasibility and design of hydraulic , hydro _ power and harbor engineering projects
  从事河流、河口、海岸泥沙问题研究和对国家重点水利、水电、港口航道工程可行性和设计的咨询、评估、审查。
• It is of realistic importance to increase the scientific and accurate decision - making through applying the fuzzy optimization technique for the investment decision - making of harbor engineering
  应用模糊优选法，辅助港口工程的投资决策，对进一步提高决策的科学性和准确性，具有十分重要的现实意义和广阔的前景。
• With estabilishing a three - dimensional fem model and dealing with structure - soil effect by m method , the computation method is an new application of fem software in harbor engineering
  通过对这种大型的工程结构建立空间有限元模型进行计算，并采用工程中常用的m法来处理桩土相互作用问题，为高桩墩式桩台结构计算开创了一条新途径。
• It can be learnt from the decision - making process that many project designs involving the similar problems in harbor engineering can be adopt fuzzy analysis technique to quantify fuzzy factors and provide fundament and methods for scientific decision - making
  从过程来看，港口工程中类似问题的许多方案设计均可采用模糊分析以达到量化的目的，为科学化决策提供依据和方法。
• In harbor engineering , reliability has been introduced to the design of foundations based on the limit equilibrium methods . in this paper perturbation stochastic finite element program was compiled to calculate and analysis the reliability of the foundation on muti - layered subsoils
  本文将随机有限元法引入到地基承载力的计算中，编制了摄动随机有限元程序，对地基稳定性和可靠度指标分布情况进行了计算分析。
• So , optimization of breakwater planning is of great practical value and should be resolved immediately . at first , the paper narrates the development of numerical modeling , which includes shallow water dynamics theory and method , and compares the boussinesq model and mild - slope equation model . the purpose is to select one model that best fit for wave calculation in harbor engineering
  本文首先综述了波浪数值模拟的发展概况，其中包括浅水动力学的常用理论和方法，并详细比较了目前使用较多的boussinesq模型和缓坡方程模型，其目的是选择其中较为适合港区工程波浪计算的模式，并将其作为优化模型的验证或用于适应度计算。
• The investment decisive - making for harbor engineering is a very complicated process , and it comes down to many fuzzy factors . compared with the traditional investment techniques , the technique of fuzzy optimization can more effectively quantify various kinds of fuzzy factors that influence analysis and decision - making . the analytic results can be more faithful to reality and enhance scientific and accurate decision - making
  港口工程的投资决策过程非常复杂，其中涉及到许多模糊性的因素，而模糊优选法与传统的投资决策方法相比能定量地处理影响分析和决策的种种模糊因素，使分析的结果更加符合客观实际，从而提高决策的科学性和准确性。