prototyping technique造句

• Rapid prototyping technique based on unigraphics
  的快速成型技术
• Study of custom - made prosthesis based on rapid prototyping technique
  应用快速成型技术制造骨科个体化内植物
• Inquiring into virtual prototyping technique and its application in mining machinery
  虚拟样机技术及其在矿业机械中的应用探讨
• Simulation study on a lunar robot locomotion system based on the virtual prototyping technique
  基于虚拟样机技术月球机器人运动仿真
• The prototyping techniques we ' ll see in this lecture actually force you to throw the prototype away
  我们在这个讲座中将要看到的原型法会促使你丢弃（一些不成功的）原型。
• A new custom - made artifical articular cartilage of femoral condyle based on rapid prototyping technique : a case report
  基于快速成型技术的个体化人工股骨髁关节面的设计与应用
• Micro stereolithography , a kind of rapid prototyping techniques is introduced firstly in this paper
  本文首先针对微管道的制造问题，介绍了一种快速成型工艺? ?微立体光刻工艺。
• The class introduces prototyping techniques and approaches for objective evaluation as part of the design process
  本课程介绍了部份产品设计过程中，扮演著客观衡量产品因子的原型技术与方法。
• The course will introduce prototyping techniques and approaches for objective evaluation as part of the design process
  本课程将介绍产品原型技术与方法辅助在产品设计过程中产品测试与评估阶段。
• An essential property of a prototyping technique is its fidelity , which is simply how similar it is to the finished interface
  原型方法的基本属性就是它的精度，简言之，精度就是它与完成产品的界面的接近程度。
• In order to shorten the development cycle , the rapid prototyping technique , including the computer simulation , the hardware - in - loop simulation and the road test , was suggested
  从缩短开发周期角度出发，建立了包括计算机仿真、硬体在环试验和道路试验在内的快速成型技术。
• But in recent years , various rapid - prototyping techniques that automatically produce three - dimensional parts from computer - aided - design data have reduced the time from weeks to days or hours
  但近几年来，出现了很多可依据电脑辅助设计资料，自动制作立体模型的快速原型制作技术，将数星期的制作时间缩短到数天或几小时。
• The study designed and manufactured the new custom - made artificial cartilages of femoral condyles based on the rapid prototyping technique which can meet with the new prosthesis " demand of diversity , complexity and rapidness
  本研究基于rp技术仿生设计、制造个体化股骨踝关节软骨假体，利用了rp拄术可以满足多样性、复杂性、快速性及任意曲面制造的特点。
• In all technique of the rp , the model slicing plays a key role , and it is the main content of the thesis the model slicing of conceptual production is an obligatory approach in all the rapid prototyping technique and its realization method
  在快速成型技术中,三维数字模型的分层具有关键性的作用,是本文研究的主要内容。概念产品三维数字模型的分层,是所有快速成型实现方法和工艺的基础与必须经历的处理环节。
• Eight trapezoid labyrinth flow - channels are designed through modification to the cell dimension and the number of flow cells based on the parameterized structural design . integral emitter prototypes combining exterior hull and exterior flow - channel are built using rapid prototyping technique , and structural dimension of those flow - channel are measured by optical microscope , the measuring results showed that the design can completely meet the requirement of emitter accuracy
  文中以参数化的设计思想，通过改变梯形迷宫流道单元尺寸和单元数设计了8种梯形迷宫流道，采用快速成形技术制作出外管与内迷宫流道一体化的滴头原型；利用最小标注尺寸为50nm的光学显微系统对滴头流道结构尺寸进行了测量，分析结果显示流道尺寸精度完全满足滴头的制作要求。
• Lastly , on the basis of constructing the 3 - rps parallel robot simulating model using virtual prototyping technique , the inverse design program based on adams was presented to determine the length parameters of rods , and its ’ feasibility was also discussed . through description of the inverse technique based on general optimization , this thesis studied the reliability and feasibility of applying this technique to mechanical design
  最后,应用反演设计方法和虚拟样机技术,建立了3 - rps并联机器人仿真模型,编制了基于adams的反演设计程序,探讨了反演设计技术应用于并联机器人杆长参数标定的可行性,为并联机器人设计提供了一条新的思路。
• Rapid development of water - saving emitter based on rapid prototyping technique can eliminate the necessity of mould making , and accordingly reduce the developing cycle and cost of new emitters . the purpose of this thesis is to realize parameterized structural design of emitter , and lay a preliminary foundation for rapid development of our own sinicized emitters
  基于快速成形技术( rp )的滴灌滴头开发可省去传统开发路线中的模具制造环节，从而可大大缩短新型滴头的开发周期，降低开发成本，本文旨在实现滴头参数化结构设计，构建滴头快速开发平台技术，为实现我国自主快速开发节水灌溉产品提供依据。
• Laser solid forming ( lsf ) was an advanced fabrication technology that developed from rapid prototyping technique in 1990 ' s and progressed very fast in the recent years . it has a promising future since a density metal component can be rapidly deposited by laser cladding metal materials additively
  激光立体成形技术是于二十世纪九十年代在快速原型技术的基础上发展起来的一项新的先进的制造技术，该技术采用同步送粉激光熔覆方法沿高度方向逐层堆积金属粉材，从而最终获得三维实体零件。