工程性质的英文

• engineering properties

• 工程    engineering; project; progra ...
• 性质    properties; quality; charact ...
• 工程性质；工程特性    engineering properties
• 工程性成本    engineered costs
• 工程性能    engineering property
• 工程性能标准    engineering performance standards
• 非工程性防洪措施    nonstructural measure of flood control
• 程性能    software process performance
• 性质    properties; quality; character; nature; description; fumblingness; quale; -ity; -ty; -ency; -ence; -ness 性质很严重的问题 a matter of a very serious nature; 性质的变化 a change in nature; 铁的化学性质 the chemical properties of iron; 原子能的性质 the nature of atomic energy; 自然的性质 the properties of nature
• 等光程性    aplanatism
• 过程性解释    procedural interpretation
• 过程性知识    procedural knowledge
• 可编程性    programmability; programmabirity
• 易编程性    programability
• 过程性表达式    procedural representations
• 过程性精神症    process psychosis
• 物象等光程性    aplanatism between object and image
• 组织过程性能    opp:organizational process performance
• 编程性细胞死亡    am lt; apoptosis（programmed cell death）; programmed cell death
• 典型洪水过程性    typic flood hydrograph
• 流程性材料指南    quality management and quality system elementsguidelines for processed materialsls
• 远程性能监视器    rpm remote performance monitor
• markov性质    markov property
• 电性质    electrical properties; electrical property
• 泛性质    universal property

• The concrete should have good and durable engineering property under the ideal condition , but due to the environmental or working reasons , the surface is easily corroded , and even cracked to expedite the neutralization by the co2 and speed the corrosion on steels , and finally to cause the durability problem
  摘要在理想状态下，混凝土应具有良好且耐久的工程性质，然受到外在环境或施工等因素影响，混凝土表面易受侵蚀而破坏，甚至于当表面发生龟裂后，二氧化碳使得中性化的现象加速，造成钢筋的腐蚀速度增快，易引起混凝土耐久性的问题。
• Five factors of effecting specify the bearing capacity of drilled grouting pile ( engineering properties of soil , structural dimension of pile , stiffness of pile , time ) have been concluded through introducing the transmission of load mechanism of drilled grouting pile . at the same time , the effecting parameter has been collected . the paper build the ann model in predicting ultimate bearing capacity of drilled grouting pile and discuss in detail the extraction of inputting nodes information when quoting the fundamental principle of ann model and introducing research process of the improved bnn
  本文简要介绍了桩基承载力的研究现状并指出将神经网络引入桩基工程的意义，从介绍单桩荷载传递机理出发总结了影响单桩极限承载力的五种因素(桩周土的工程性质、桩身结构尺寸、桩的刚度、时间以及施工工艺)并提取了相应的参数；引用神经网络基本原理，详细介绍了改进bp神经网络的研究过程，从而建立了预测钻孔灌注桩极限承载力的神经网络模型；并详细讨论了本模型的神经网络输入结点信息的提取，在工程实例的基础上进行了数值计算。
• Analyzing quantitatively the structural features of soft soil from marine accumulation around vacuum preloading by means of x - ray , scanning electronic microscope and computer image processing technique , together with the experiment and comparing the changes of soft soil in microstructure and engineering properties , the authors studied the consolidation mechanism of vacuum preloading
  摘要借助x -射线、扫描电镜及计算机图像处理等技术，对海积软土真空预压加固前后的结构特征进行定量分析，并结合室内试验，对比研究土体微观结构和工程性质的变化，探讨真空预压加固的机理。

• 工程性质的日语：こうがくてきせいしつ