物理建模的英文

• physical modeling
• physical property type transducer

• "物理"英文翻译    innate laws of things physic ...
• "建"英文翻译    build; construct; erect
• "模"英文翻译    mould; pattern; matrix
• "机理建模" 英文翻译 :    modelling by mechanism
• "物理为基的建模" 英文翻译 :    physically-based modeling
• "建模" 英文翻译 :    bpm; modeling; uml
• "理建社" 英文翻译 :    ree kun sa co
• "管理建议书" 英文翻译 :    management letter
• "合理建构法" 英文翻译 :    rational construction
• "监理建筑师" 英文翻译 :    supervising architect
• "经营管理建议" 英文翻译 :    management proposal
• "郭建模" 英文翻译 :    guo jianmo
• "级建模" 英文翻译 :    transaction level modeling
• "建模班" 英文翻译 :    modeling
• "建模法" 英文翻译 :    tove
• "建模篇" 英文翻译 :    peak current mode
• "建模期" 英文翻译 :    modeling time
• "建模器" 英文翻译 :    modeler
• "建模中" 英文翻译 :    compoud object; nurbs
• "金建模" 英文翻译 :    kim, gunmo
• "例建模" 英文翻译 :    use case modeling
• "模型；建模" 英文翻译 :    modeling
• "域建模" 英文翻译 :    domain modeling
• "物理" 英文翻译 :    1.(事物的内在规律) innate laws of things2.(物理学) physics 应用物理 applied physics; physical; 各种土壤的物理成分 the physics of different soils; 物理变化 physical change; 物理定律 physical law; 物理化学 physical chemistry; 物理力学 physical mechanics; 物理疗(法) physicotherapy; physical therapy; 物理试验 [工业] physical testing
• "船舶修理建造局" 英文翻译 :    department of the ship repairing and building

• Vision modeling technology is introduced , including geometric modeling , kinematic modeling , physical modeling , object behavior modeling and model segmentation
  三维建模技术介绍了视觉建模技术，包括几何建模、运动建模、物理建模、对象行为建模和模型分割技术。
• In chapter 2 , the mechanical bracket supporting system physical model is establish , and flexibility and reversed force are calculated , simultaneity , some technique needs are brought forward
  第二章对原机械托辊支承机构进行了物理建模及静反力和挠度分析，对后续设计工作提出了一些技术要求。
• The main modeling methods of virtual equipments in virtual experiments include : geometrical modeling , physical modeling and behavioral modeling . behavioral modeling is the key to obtain the acquisition of this third dimension
  虚拟实验中虚拟对象的建模方法主要有：几何建模、物理建模和行为建d硕士学住论文vn wn 1u d ’ 5tiie批模，行为建模是实现其真实性的关键。
• Establishing the model is an important tache ， after introducing vision building and scene transforming ， it introduces the vision modeling technology ， including geometric modeling 、 inematic modeling 、 physical modeling 、 object behavior modeling and model segmentation . at the end part of the paper , it give an example
  在简单介绍了视景生成过程、视景的变换后，重点叙述了常用的建模方法，以及几何建模、物理建模、对象行为建模、模型分割等视觉建模技术。
• A new method with high accuracy and wide application solving the dynamic characteristic of measurement system based on graph bank is proposed for the first time and it is suitable for automatic solving dynamic characteristic various system with computer . the thesis includes eight chapters
  本课题首次提出了一种基于图形库的测量器具动态特性求解新方法，该方法可以克服测量器具物理建模和数学建模时的相关误差，具有简便易行，准确度高，适用范围广等特点。
• On the basis of theories of discriminational skill , physical model and learning strategy and the requirement to identify and found physical model correctly and use the method of physical model proficiently , this paper discusses the discriminational skill of students theoretically when they learn establish physical model . based on the theory of the method of physical model and the theory of the knowledge about strategy , it illuminates the essentiality of training students the discriminational skill theoretically when they learn establishing physical model and the feasibility of teaching students correlative knowledge about strategy , it bring forwards the actualizing principle . teaching model , steps , several frondose strategies and things we should pay attention to . in teaching experiment , it studies and compares the traditional teaching of establishing physical model with the method in this paper . finally , it summarizes the effects and brings forward correlative teaching advises
  本文在辨别技能、物理模型和策略学习等理论的基础上，并根据在解决物理问题时正确识别、建立物理模型、熟练使用模型方法是学生应该具备的基本物理素质的要求，对物理建模学习中学生的辨别技能作了理论探讨，阐明了在物理建模教学中培养学生辨别技能的重要性和对学生的建模学习中相关的策略性知识的教学的可行性，提出了物理建模教学中培养学生辨别技能的实施原则、教学模型、步骤和几个具体的策略以及注意事项，然后进行教学实验，将传统的建模教学和本文中的建模教学进行对比研究，最后总结了其效果，提出了相应的教学建议。
• Thirdly , basic approaches of molecular dynamics simulation , which include building the model potential , potential truncation , short - range interaction computations , integration methods , boundary conditions and so on , are studied in detail . they are discussed in detail which include preparations for data before simulating , control method during simulating , different factors related to equilibration of simulating systems , observation of atomic structure after simulating , statistic and control methods of macro characters
  再次，深入研究了分子动力学模拟的基本算法，包括物理建模、势能截断、计算短程作用力的方法、时间求积算法和边界条件问题等，并详细讨论了分子动力学模拟前的数据准备工作、运行时的控制方法、影响系统达到平衡状态的各种因素和模拟后对原子结构的观测以及宏观特性的统计控制方法。
• In chapter 3 , based on the theory analysis and induction of the process of physical modeling of temperature field fea system , i have distilled physical modeling information of the system , confirmed the data structure , realized the visualization of modeling process and modeling result through visualization mutual interface , designed and realized the storage without redundancy of modeling result data and the relating mechanism of data
  第三章，主要在对温度场有限元分析系统的物理建模过程进行理论分析和归纳的基础上，提取出系统通用的物理建模信息，确定其数据结构，并通过可视化交互界面实现建模过程和建模结果的可视化，设计并实现了对建模结果数据的无冗余存储和数据之间的关联机制。