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deposition manufacturing
相关语句
  沉积制造
     Shape Deposition Manufacturing and Its Application
     形状沉积制造及其应用
短句来源
     Deposition Manufacturing of Tissue Engineering Scaffolds via Non-heating Processes
     组织工程载体支架的无加热沉积制造
短句来源
     The toughness and mechanical properties of the resultant composite filament from injection molding machine are improved so as to be used for FDM (Fused Deposition Manufacturing) process.
     本实验通过适量加入增韧剂和增容剂 ,较大提高了挤出的复合材料丝的韧性及力学性能 ,从而使制备出的短切玻璃纤维增强复合材料适用于熔融沉积制造(FDM)工艺。
短句来源
  积制造
     PRINCIPLE AND APPLICATION OF RAPID FUSED DEPOSITION MANUFACTURING TECHNOLOGY
     快速熔积制造技术的原理和应用
短句来源
     Research on Path Planning of Plasma Deposition Manufacturing CAM System
     等离子熔积制造CAM系统中的路径规划研究
短句来源
     The principle and application of rapid fused deposition manufacturing (FDM) technology have been introduced.
     介绍了快速熔积制造技术 (FDM)的基本原理 ,叙述了这种新型成型方法在塑料加工领域的应用。
短句来源
     A new direct rapid metal prototyping system—plasma deposition manufacturing (PDM) system and CAM software are introduced, and several path planning methods used in RP are analyzed and compared.
     介绍了新型直接快速制造金属原型的等离子熔积制造 (PDM )及其CAM系统 ; 分析了在快速成形中使用的几种扫描路径 ,并比较了它们的优缺点 ;
短句来源
     To solve the problem of low accuracy and surface quality ca us ed by the side surface stair case effect during the course of plasma deposition manufacturing,the paper brings forth a new method combining plasma deposition m anufacturing with laser contour cutting so as to improve surface quality of the parts.
     针对等离子熔积制造易产生侧表面阶梯效应,导致精度和表面质量不高的问题,提出将等离子熔积和激光轮廓切割复合以改善熔积成形件表面质量的方法.
短句来源
  “deposition manufacturing”译为未确定词的双语例句
     Numerical Simulation of the Temperature Field and Stress Field for Plasma Powder Deposition Manufacturing Process
     等离子熔积成形过程温度场与应力场的数值模拟
短句来源
     Study on Heterogeneous Material Parts Deposition Manufacturing Technology
     非均质材料零件沉积成形技术研究
短句来源
     The Rapid Tooling Technology and its process have been introduced, including direct tooling, such as, Selective Laser Sintering (SLS), Three-dimensional Printing (3D-P), Direct-Metal Laser-Sintering (DMLS) and Shape Deposition Manufacturing (SDM), and indirect tooling, such as vulcanized rubber soft tooling, QuickCast, Keltool, Spray-Printing Casting, metal deposition, electroforming etc.
     本文介绍了典型的快速模具制造技术及工艺 ,其中包括 :直接制造模具的SLS工艺、3D- P工艺、SDM工艺和 DMLS工艺 ,间接制造模具的硅橡胶模工艺、Quick Cast工艺、喷射粘结成形工艺、Keltool工艺、金属冷喷模工艺和电铸工艺 .
短句来源
     Simulation of finite element of tmperature field in plasma powder deposition manufacturing
     等离子熔积成形过程的温度场有限元模拟
短句来源
     Direct Rapid Fabrication of Metal Prototype by Powder Plasma Deposition Manufacturing
     等离子熔积直接快速制造金属原型技术
短句来源
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  deposition manufacturing
Using a laser-assisted shape deposition manufacturing (LASDM) methodology, fiber Bragg grating (FBG) sensors were embedded into stainless steel structures.
      
We study the feasibility of design for a layer-deposition manufacturing process called stereolithography which works by controlling a vertical laser beam which when targeted on a photocurable liquid causes the liquid to harden.
      
This paper presents a parametric study of relevant processing parameters found in microcasting Shape Deposition Manufacturing (SDM).
      
The results indicate that neural networks can yield fairly accurate results and can be used as a practical tool in plasma deposition manufacturing process.
      
However, this technology is in its infancy, it is essential to understand clearly how process variables relate to deposit microstructure and properties for plasma deposition manufacturing process control.
      
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The principle and application of rapid fused deposition manufacturing (FDM) technology have been introduced.

介绍了快速熔积制造技术 (FDM)的基本原理 ,叙述了这种新型成型方法在塑料加工领域的应用。

The goal of this paper is to study the short fiber reinforced composite used for manufacturing parts by the RPM (Rapid Prototyping/Part Manufacturing) process. In the experiment, the short glass fiber reinforced ABS composite is modified by adding a series of agents. The toughness and mechanical properties of the resultant composite filament from injection molding machine are improved so as to be used for FDM (Fused Deposition Manufacturing) process. The effect of the modification is evaluated...

The goal of this paper is to study the short fiber reinforced composite used for manufacturing parts by the RPM (Rapid Prototyping/Part Manufacturing) process. In the experiment, the short glass fiber reinforced ABS composite is modified by adding a series of agents. The toughness and mechanical properties of the resultant composite filament from injection molding machine are improved so as to be used for FDM (Fused Deposition Manufacturing) process. The effect of the modification is evaluated from microcosmic aspect. The samples are made by modified short fiber reinforced ABS in the RPM equipment, and then the effect of the modification is analyzed.

对短切玻璃纤维增强 ABS复合材料进行了一系列的改性研究。短切玻纤的加入 ,能提高纯 ABS的强度、硬度且显著降低 ABS的收缩率 ,减小制品的形变 ,但同时使材料变脆。本实验通过适量加入增韧剂和增容剂 ,较大提高了挤出的复合材料丝的韧性及力学性能 ,从而使制备出的短切玻璃纤维增强复合材料适用于熔融沉积制造(FDM)工艺。并用改性了的短切玻璃纤维增强 ABS作为原料 ,在快速成型机上制备试样 ,测定其力学性能 ,从宏观及微观上对改性效果进行了分析与评定。

Objective The purpose of the study was to reconstruct a 3-D auricular model. Methods Laser scanning was used to get the data of an auricular model, Fused Deposition Manufacturing (one of rapid prototyping technique) was chosen to fabricate an ear cast. The differences between the two models were compared. Results The result showed that the reconstructed model was precise. Conclusion This study suggests that the technique of rapid prototyping is precise, convenient, effective and safe to auricular...

Objective The purpose of the study was to reconstruct a 3-D auricular model. Methods Laser scanning was used to get the data of an auricular model, Fused Deposition Manufacturing (one of rapid prototyping technique) was chosen to fabricate an ear cast. The differences between the two models were compared. Results The result showed that the reconstructed model was precise. Conclusion This study suggests that the technique of rapid prototyping is precise, convenient, effective and safe to auricular prosthesis.

目的研究耳郭模型的三维实体重建。方法采用激光扫描技术,获得耳郭模型的三维数据后,用快速原形法(熔融沉积法,即FDM法)进行三维实体重建,并对获得的重建模型进行测量,比较与原模型的差异。结果取得了与原模型基本一致的三维耳郭实体模型。结论用快速原形法可较准确逼真地获得相应的耳郭模型,为义耳修复提供了一种新思路。

 
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