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Virtual and Physical Prototyping

中文名称：虚拟和物理原型

ISSN：1745-2759
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发文量：228

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1.Industry case study: rapid prototype of mountain bike frame section

机译：行业案例研究：山地车车架部分的快速原型
- 作者：Paul K. Collins;Robert Leen;Ian Gibson
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第4期
- Prototype;
- Additive manufacturing;
- Product development;
- 3D printing;
- Cycling;
2.Algorithm for converting 3D objects into rolls using spiral coordinate system

机译：使用螺旋坐标系将3D对象转换为卷的算法
- 作者：Vyacheslav R. Shulunov
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第2期
3.Inkjet-printed patch antenna emitter for wireless communication application

机译：喷墨印刷的贴片天线发射器，用于无线通信应用
- 作者：Guo Liang Goh;Jiaheng Ma;Kwee Lim Francis Chua;Agarwala Shweta;Wai Yee Yeong;Yue Ping Zhang
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第4期
- Printed antenna;
- Silver ink;
- Inkjet printing;
- Additive manufacturing;
- Antenna design;
4.A method to design biomimetic scaffolds for bone tissue engineering based on Voronoi lattices

机译：基于Voronoi晶格的骨组织工程仿生支架设计方法
- 作者：M. Fantini;M. Curto;F. De Crescenzio
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第2期
- 3D scaffolds;
- Voronoi diagram;
- Generative design;
5.Geometric analysis of porous structures based on Hough Transform and Genetic Algorithms for additive manufacturing

机译：基于霍夫变换和遗传算法的多孔结构几何分析
- 作者：Gil Elbaz;Yizhak Ben-Shabat;Anath Fischer
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第2期
- Additive manufacturing;
- Porous structure;
- Genetic Algorithm;
- Reconstruction;
- Parametric curves;
6.ABS-maleated SEBS blend as a 3D printable material

机译：ABS-马来酸化SEBS混合物可作为3D可打印材料
- 作者：J. Gilberto Siqueiros;Kevin Schnittker;David A. Roberson
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第2期
- Acrylonitrile butadiene styrene;
- Extrusion;
- Fused deposition modelling (FDM);
- Thermoplastic elastomer;
- Mechanical testing;
7.Experimental investigations on fused deposition modelling of polymer-layered silicate nanocomposite

机译：聚合物层状硅酸盐纳米复合材料熔融沉积建模的实验研究
- 作者：Vishal Francis;Prashant K. Jain
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第2期
- Fused deposition modelling;
- Polymer-layered silicate nanocomposite;
- Nanocomposite;
- Nanoclay;
8.IP and 3D printing: do not ignore the patent aspects

机译：IP和3D打印：不要忽视专利方面
- 作者：Neil Wilkof
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第2期
- 3-dimensional printing;
- Fused deposition modelling (FDM);
- Product design;
9.Current status of 4D printing technology and the potential of light-reactive smart materials as 4D printable materials

机译：4D打印技术的现状以及光反应性智能材料作为4D可打印材料的潜力
- 作者：Steven K. Leist;Jack Zhou
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第4期
- 4D printing;
- Smart materials;
- 3-dimensional printing;
- Rapid prototyping;
- 3D printing;
- Additive manufacturing;
10.A self-calibrating robot based upon a virtual machine model of parallel kinematics

机译：基于并行运动学虚拟机模型的自校准机器人
- 作者：David Bue Pedersen;Ey?or Runar Eiriksson;Hans Norgaard Hansen;Jakob Skov Nielsen
- 期刊名称：《Virtual and Physical Prototyping》 | 2016年第3期
- Parallel kinematics;
- Delta robot;
- Machine calibration;
- Virtual machine;
- Additive manufacturing;
11.Aspects of accuracy and precision in the additive manufacturing of plastic gears This paper discusses the potential of AM for gear fabrication and related quality control issues

机译：塑料齿轮增材制造中的精度和精密度方面本文讨论了增材制造在齿轮制造中的潜力以及相关的质量控制问题
- 作者：Uwe Berger
- 期刊名称：《Virtual and Physical Prototyping》 | 2015年第2期
- Additive manufacturing;
- Plastic gears;
- Accuracy and precision of AM technologies;
- AM quality control;
12.Pilot study describing the design process of an oil sump for a competition vehicle by combining additive manufacturing and carbon fibre layers

机译：通过将增材制造和碳纤维层相结合来描述竞赛用车油底壳的设计过程的初步研究
- 作者：Aitor Cazon;Jorge G. Prada;Eric Garcia;Gorka S. Larraona;Sergio Ausejo
- 期刊名称：《Virtual and Physical Prototyping》 | 2015年第3期
- Oil sump;
- Additive manufacturing;
- Fused deposition modelling;
- ABS plastic;
- Carbon fibre;
- Computational fluid dynamics;
13.An experimental and theoretical investigation of surface roughness of poly-jet printed parts This paper explains how local surface orientation affects surface roughness in a poly-jet process

机译：对多喷嘴印刷零件的表面粗糙度进行实验和理论研究本文解释了局部表面取向如何影响多喷嘴印刷过程中的表面粗糙度
- 作者：Krishnan Kumar;Gurunathan Saravana Kumar
- 期刊名称：《Virtual and Physical Prototyping》 | 2015年第1期
- Poly-jet 3D printing;
- Surface roughness;
- Surface profile;
- Droplet spread;
- Modelling;
14.Fabrication and microstructural characterisation of additive manufactured Ti-6Al-4V parts by electron beam melting This paper reports that the microstructure and micro-hardness of an EMB part is thickness dependent

机译：用电子束熔化法制备添加剂制造的Ti-6Al-4V零件及其微观结构特征本文报道，EMB零件的微观结构和显微硬度取决于厚度
- 作者：Yihong Kok;Xipeng Tan;Shu Beng Tor;Chee Kai Chua
- 期刊名称：《Virtual and Physical Prototyping》 | 2015年第1期
- Additive manufacturing;
- Electron beam melting;
- Ti-6Al-4V;
- Microstructure;
- Vickers hardness;
15.Compressive behaviour of Neovius Triply Periodic Minimal Surface cellular structure manufactured by fused deposition modelling

机译：融合沉积建模制造的Neovius Tly周期最小表面蜂窝结构的压缩行为
- 作者：Khan Sohaib Z.;Masood S. H.;Ibrahim Essam;Ahmad Zaini
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第4期
- Neovius;
- compression behaviour;
- cellular structure;
- Triply Periodic Minimal Surface;
16.Parametric studies and manufacturability experiments on smooth self-supporting topologies

机译：平滑自支持拓扑的参数研究和可制造性实验
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
17.Minimum length scale constraints in multi-scale topology optimisation for additive manufacturing

机译：添加性制造业多尺度拓扑优化的最小长度约束
- 作者：Liu Jikai;Zheng Yufan;Ahmad Rafiq;Tang Jinyuan;Ma Yongsheng
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第3期
- Multi-scale;
- topology optimisation;
- additive manufacturing;
- unit cell size;
- length scale;
18.Electrohydrodynamic printing of sub-microscale fibrous architectures with improved cell adhesion capacity

机译：具有改善的细胞粘附容量的亚微型纤维架构的电流动力学印刷
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Electrohydrodynamic printing;
- sub-microscale;
- fibrous networks;
- cell adhesion;
19.Effect of defocusing distance on laser powder bed fusion of high strength Al-Cu-Mg-Mn alloy

机译：散焦距离对高强度Al-Cu-Mg-Mn合金激光粉床融合的影响
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第3期
- Laser powder bed fusion;
- high strength aluminium alloys;
- defocusing distance;
- microstructure;
- mechanical performance;
20.Compressive properties of 3D printed auxetic structures: experimental and numerical studies

机译：3D印刷辅助结构的压缩性能：实验和数值研究
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
21.Multi-objective optimisation of bio-inspired lightweight sandwich structures based on selective laser melting

机译：基于选择性激光熔化的生物启发轻质夹层结构的多目标优化
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
22.Printability and fire performance of a developed 3D printable fibre reinforced cementitious composites under elevated temperatures

机译：高温下凸起3D可打印纤维增强水泥复合材料的可印刷性和火灾性能
- 作者：Weng Yiwei;Li Mingyang;Liu Zhixin;Lao Wenxin;Lu Bing;Zhang Dong;Tan Ming Jen
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第3期
- 3D printing;
- fibre reinforced cementitious materials;
- rheological properties;
- large-scale printing;
- high temperatures;
23.Acoustic absorptions of multifunctional polymeric cellular structures based on triply periodic minimal surfaces fabricated by stereolithography

机译：基于立体镀层制造的三个周期性最小表面的多官能聚合物细胞结构的声吸收
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
- Additive manufacturing;
- acoustic absorption;
- triply periodic minimal surfaces;
- multifunctional;
- stereolithography;
24.Optimisation of multi-part production in additive manufacturing for reducing support waste

机译：减少支持废物的添加剂制造中多件生产的优化
- 作者：Jiang Jingchao;Xu Xun;Stringer Jonathan
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第3期
- Additive manufacturing;
- support waste;
- multi-part production;
25.Design for additive manufacturing (DfAM) methodologies: a proposal to foster the design of microwave waveguide components

机译：添加剂制造设计（DFAM）方法：提出培养微波波导组分的设计
- 作者：Francois Mathieu;Segonds Frederic;Rivette Mickael;Turpault Simon;Peyre Patrice
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第2期
- Design for additive manufacturing;
- laser beam melting;
- design method;
- industrial design;
- product development;
- waveguide;
26.Laser 3D printed bio-inspired impact resistant structure: failure mechanism under compressive loading

机译：激光3D印刷生物启发抗冲击结构：压缩负荷下的失效机制
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Bio-inspired;
- bi-directionally corrugated panel;
- selective laser melting;
- failure mechanism;
- energy absorption;
27.Editorial

机译：社论
- 作者：Chua C. K.
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第4期
28.Contactless reversible 4D-printing for 3D-to-3D shape morphing

机译：非接触式可逆4D印刷3D-3D形状变形
- 作者：Lee Amelia Yilin;Zhou Aiwu;An Jia;Chua Chee Kai;Zhang Yi
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第4期
- Additive manufacturing;
- reversible;
- shape memory polymers;
- 4D printing;
- 3D printing;
29.Microstructure evolution and mechanical property response via 3D printing parameter development of Al-Sc alloy

机译：Al-SC合金3D打印参数开发的微观结构演化与力学性能响应
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Powder bed fusion;
- selective laser melting;
- additive manufacturing;
- Al-Sc alloy;
- mechanical property;
30.Laser powder bed fusion for metal additive manufacturing: perspectives on recent developments

机译：激光粉床融合用于金属添加剂制造：近期发展的观点
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第3期
- Additive manufacturing;
- 3D Printing;
- powder bed fusion;
- selective laser melting;
- aluminium alloys;
- high entropy alloys;
- remelting;
- multi-lasers;
31.Numerical and experimental assessment of the mechanical properties of 3D printed 18-Ni300 steel trabecular structures produced by Selective Laser Melting - a lean design approach

机译：选择性激光熔化产生的3D印刷18-Ni300钢制线性结构的数值和实验评估 - 精益设计方法
- 作者：Concli Franco;Gilioli Andrea
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第3期
- Additive manufacturing;
- ductile damage;
- 18-Ni300;
- Maraging;
- Selective Laser Melting;
- trabecular structure;
32.Effect of defects and specimen size with rectangular cross-section on the tensile properties of additively manufactured components

机译：缺陷和样本尺寸与矩形横截面上的薄膜横截面效果对碱加工组分的拉伸性能
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第3期
- 3D printing;
- electron beam melting;
- elongation;
- defects;
- lack of fusion;
33.Multi-material additive manufacturing of low sintering temperature Bi2Mo2O9 ceramics with Ag floating electrodes by selective laser burnout

机译：通过选择性激光燃尽，用AG浮动电极的低烧结温度Bi2MO2O9陶瓷的多重材料添加剂制造
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
- Additive manufacturing;
- metamaterials;
- multi-material 3D printing;
- selective laser burnout;
- co-fired ceramics;
34.Standardised product development for technology integration of additive manufacturing

机译：技术整合的标准化产品开发
- 作者：Rohde Johannes;Jahnke Ulrich;Lindemann Christian;Kruse Anne;Koch Rainer
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第2期
- Additive manufacturing;
- product development process;
- standards and guidelines;
- technology integration;
35.Improving surface finish quality in extrusion-based 3D concrete printing using machine learning-based extrudate geometry control

机译：基于机器学习的挤出物几何控制改善基于挤出的3D混凝土印刷的表面光洁度
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
36.Effect of post-deposition heat treatment on laser-TIG hybrid additive manufactured Al-Cu alloy

机译：沉积热处理对激光 - TIG杂化添加剂制造的Al-Cu合金的影响
- 作者：Liu Dehua;Wu Dongjiang;Ma Guangyi;Zhong Chongliang;Niu Fangyong;Gasser Andres;Schleifenbaum Johannes Henrich;Bi Guijun
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第4期
37.A comprehensive study on variability of relative density in selective laser melting of Ti-6Al-4V

机译：Ti-6Al-4V选择性激光熔化中相对密度变异性的综合研究
- 作者：Khorasani Amir Mahyar;Gibson Ian;Ghasemi AmirHossein;Ghaderi Alireza
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第4期
- Additive manufacturing;
- density;
- mechanical properties;
- Modeling;
- process parameters;
38.Electrohydrodynamic printing of sub-microscale fibrous architectures with improved cell adhesion capacity

机译：具有改善的细胞粘附容量的亚微型纤维架构的电流动力学印刷
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Electrohydrodynamic printing;
- sub-microscale;
- fibrous networks;
- cell adhesion;
39.Effects of TiO2 doping on microstructure and properties of directed laser deposition alumina/aluminum titanate composites

机译：TiO2掺杂对定向激光沉积氧化铝/钛酸铝复合材料的微观结构和性能的影响
- 作者：Wu Dongjiang;Huang Yunfei;Niu Fangyong;Ma Guangyi;Yan Shuai;Li Chaojiang;Din Jun
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第4期
- Additive manufacturing;
- composite ceramics;
- Al2O3/Al2TiO5;
- microstructure;
- properties;
40.In situ alloying of elemental Al-Cu12 feedstock using selective laser melting

机译：使用选择性激光熔化的元素Al-Cu12原料的原位合金化
- 作者：Martinez Rafael;Todd Iain;Mumtaz Kamran
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第3期
- Additive manufacturing;
- selective laser melting;
- in situ alloying;
41.Evaluating the relationship between deposition and layer quality in large-scale additive manufacturing of concrete

机译：在大规模添加剂制造混凝土中沉积和层质量之间的关系
- 作者：Ashrafi Negar;Duarte Jose Pinto;Nazarian Shadi;Meisel Nicholas A.
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第2期
42.Retrofitment of a CNC machine for omni-directional tungsten inert gas cladding

机译：全定向钨惰性气体包层的CNC机器改造
- 作者：Kapil Sajan;Kulkarni Pravin;Joshi Prathamesh;Negi Seema;Karunakaran K. P.
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第3期
43.Effects of direct metal deposition combined with intermediate and final milling on part distortipon

机译：直接金属沉积结合中间体和最终研磨的影响零件叠胶
- 作者：Eisenbarth Daniel;Soffel Fabian;Wegener Konrad
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第2期
- Hybrid additive manufacturing;
- direct metal deposition;
- milling;
- residual stress;
- distortion;
44.Microstructure modelling for metallic additive manufacturing: a review

机译：金属添加剂制造的微观结构模型：综述
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Additive manufacturing;
- simulation;
- microstructure;
- numerical model;
- 3d printing;
- powder bed fusion;
- directed energy deposition;
45.Editorial

机译：社论
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
46.On-demand additive manufacturing of functionally graded concrete

机译：随机补充混凝土的需求添加剂制造
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
- 3D concrete printing;
- additive manufacturing;
- on-demand;
- functional grading;
- fibres;
- cementitious materials;
- process;
- nozzle;
47.Influence of infill properties on flexural rigidity of 3D-printed structural members

机译：填充特性对3D印刷结构构件弯曲刚度的影响
- 作者：Porter J. H.;Cain T. M.;Fox S. L.;Harvey P. S.
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第2期
- flexural rigidity;
- infill;
- FDM;
- PLA;
- 3D printing;
48.Graphene oxide-driven interfacial coupling in laser 3D printed PEEK/PVA scaffolds for bone regeneration

机译：用于骨再生的激光3D印刷PEEK / PVA支架中的石墨烯氧化物驱动的界面耦合
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
- Graphene oxide;
- laser 3D printing;
- bone scaffold;
- interfacial coupling;
49.Laser additive manufacturing of Mg-based composite with improved degradation behaviour

机译：激光添加剂制造Mg基复合材料，具有改善的降解行为
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第3期
- Laser additive manufacturing;
- Mg alloy;
- bone implant;
- forming quality;
- degradation behaviour;
50.Residual stress analysis of thin AlSi10Mg parts produced by Laser Powder Bed Fusion

机译：激光粉床融合生产的薄铝合金零件的残余应力分析
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Residual stresses;
- AlSi10Mg;
- Laser Powder Bed Fusion;
- hole drilling method;
- geometry;
51.Research progress of ceramic matrix composite parts based on additive manufacturing technology

机译：基于添加剂制造技术的陶瓷矩阵复合部件研究进展
- 作者：Lu Zhongliang;Cao Jiwei;Song Zhaoqiang;Li Dichen;Lu Bingheng
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第4期
- Additive manufacturing;
- ceramic matrix composites;
- fibre reinforced composites;
52.Residual stress analysis of thin AlSi10Mg parts produced by Laser Powder Bed Fusion

机译：激光粉床融合生产的薄铝合金零件的残余应力分析
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Residual stresses;
- AlSi10Mg;
- Laser Powder Bed Fusion;
- hole drilling method;
- geometry;
53.Organ regeneration: integration application of cell encapsulation and 3D bioprinting

机译：器官再生：细胞封装和3D生物印刷的集成应用
- 作者：Huanbao Liu;Huixing Zhou;Haiming Lan;Tianyu Liu
- 期刊名称：《Virtual and Physical Prototyping》 | 2017年第4期
- 3D bioprinting;
- Biomaterials;
- Hydrogel;
- Cell encapsulation;
- Droplets;
54.Applications of non-destructive testing techniques for post-process control of additively manufactured parts

机译：非破坏性测试技术在加工零件后控制后控制的应用
- 作者：Q. Y. Lu;C. H. Wong
- 期刊名称：《Virtual and Physical Prototyping》 | 2017年第4期
- Non-destructive testing (NDT);
- Additive manufacturing (AM);
55.Design and development of a customised knee positioning orthosis using low cost 3D printers

机译：使用低成本3D打印机设计和开发定制膝关节定位矫形矫形器
- 作者：Sara Santos;Bruno Soares;Marco Leite;Jorge Jacinto
- 期刊名称：《Virtual and Physical Prototyping》 | 2017年第4期
56.On the bottleneck of adopting 3D printing in manufacturing

机译：论制造中采用3D印刷的瓶颈
- 作者：Tuan Tran
- 期刊名称：《Virtual and Physical Prototyping》 | 2017年第4期
- Additive manufacturing;
- 3D printing;
- Standards;
- Quality control;
- Measurement science;
57.Investigating the shape memory properties of 4D printed polylactic acid (PLA) and the concept of 4D printing onto nylon fabrics for the creation of smart textiles

机译：研究4D印刷聚乳酸（PLA）的形状记忆性能，以及4D印刷的概念，用于尼龙织物的创建智能纺织品
- 作者：Steven K. Leist;Dajing Gao;Richard Chiou;Jack Zhou
- 期刊名称：《Virtual and Physical Prototyping》 | 2017年第4期
- 4D printing;
- Fused deposition modelling (FDM);
- 3D printing;
- Smart materials;
- Design for additive manufacturing;
58.Assessment of optical emission analysis for in-process monitoring of powder bed fusion additive manufacturing

机译：粉床融合添加剂制造过程中粉型监测的光排放分析
- 作者：Alexander J. Dunbar;Abdalla R. Nassar
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第1期
- Process optimisation;
- Solid freeform fabrication;
- In situ monitoring;
- Powder bed fusion;
- Inconel 718;
59.The three-prong method: a novel assessment of residual stress in laser powder bed fusion

机译：三叉法：激光粉末融合中残余应力的新型评价
- 作者：S. A. Sillars;C. J. Sutcliffe;A. M. Philo;S. G. R. Brown;J. Sienz;N. P. Lavery
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第1期
- Laser powder bed fusion;
- Residual stress;
- Additive manufacturing;
- 3D printing;
- Selective laser melting;
60.An implicit slicing method for additive manufacturing processes

机译：添加剂制造过程的隐式切片方法
- 作者：D. Adams;C. J. Turner
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第1期
- Implicit slicing;
- Infill patterns;
- Design of infills;
- Part mechanical properties;
61.Infrared thermal imaging for melt pool analysis in SLM: a feasibility investigation

机译：用于SLM中的熔融池分析的红外线热成像：可行性调查
- 作者：Bo Cheng;James Lydon;Kenneth Cooper;Vernon Cole;Paul Northrop;Kevin Chou
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第1期
- Selective laser melting;
- Infrared;
- Nickel alloy;
- Melt pool;
62.Surface integrity of Inconel 718 by hybrid selective laser melting and milling

机译：通过混合选择性激光熔化和研磨的Inconel 718的表面完整性
- 作者：D. Brown;C. Li;Z. Y. Liu;X. Y. Fang;Y. B. Guo
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第1期
- Surface integrity;
- Selective laser melting;
- Machining;
- Hybrid manufacturing;
63.Using multi-axis material extrusion to improve mechanical properties through surface reinforcement

机译：采用多轴材料挤出通过表面加固改善机械性能
- 作者：Joseph R. Kubalak;Alfred L. Wicks;Christopher B. Williams
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第1期
- Robotic deposition;
- Multi-axis material extrusion;
- Tool path planning;
- Skinning;
- Surface reinforcement;
64.Modelling and estimation of tensile behaviour of polylactic acid parts manufactured by fused deposition modelling using finite element analysis and knowledge-based library

机译：用有限元分析和知识库采用融合沉积建模制造的聚乳酸部件拉伸行为的建模与估算
- 作者：Xunfei Zhou;Sheng-Jen Hsieh;Chen-Ching Ting
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Fused deposition modelling;
- Mechanical behaviour;
- Finite element analysis;
- Artificial neural network;
65.Selective laser melting of Zn-Ag alloys for bone repair: microstructure, mechanical properties and degradation behavior

机译：Zn-Ag合金的选择性激光熔化用于骨骼修复：微观结构，机械性能和降解行为
- 作者：Cijun Shuai;Lianfeng Xue;Chengde Gao;Youwen Yang;Shuping Peng;Yanru Zhang
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Zn-Ag alloys;
- Selective laser melting;
- Microstructure;
- Mechanical properties;
- Degradation behavior;
66.Effect of chemical treatment on tensile strength and surface roughness of 3D-printed ABS using the FDM process

机译：化学处理对使用FDM工艺的3D印刷ABS拉伸强度和表面粗糙度的影响
- 作者：N. Jayanth;P. Senthil;C. Prakash
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Fused deposition modelling;
- Chemical treatment;
- Tensile strength;
- Surface roughness;
- ABS;
67.Augmented patient-specific facial prosthesis production using medical imaging modelling and 3D printing technologies for improved patient outcomes

机译：使用医学成像建模和3D印刷技术进行增强的患者特异性面部假体生产，提高患者结果
- 作者：Mazher I. Mohammed;Brenton Cadd;Greg Peart;Ian Gibson
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Prosthesis;
- 3D printing;
- Modelling;
- Medical device;
- Patient-specific;
68.Optimisation of FDM process parameters by Taguchi method for imparting customised properties to components

机译：通过Taguchi方法优化FDM过程参数，用于将自定义属性赋予组件
- 作者：Manu Srivastava;Sandeep Rathee
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Additive manufacturing;
- Fused deposition modelling;
- Tailor-made properties;
- Air gap;
- Contour width;
- Raster width;
- Slice height;
- Model material volume;
- Taguchi's technique;
69.Morphological Box Classification Framework for supporting 3D scanner selection

机译：支持3D扫描仪选择的形态盒分类框架
- 作者：W. L. K. Nguyen;A. Aprilia;A. Khairyanto;W. C. Pang;G. G. L. Seet;S. B. Tor
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- 3D scanner;
- Morphological box;
- Digitisation;
- Reverse engineering;
- Inspection;
70.Design of a 3D printed concrete bridge by testing

机译：测试通过测试设计3D印刷混凝土桥梁
- 作者：Theo A. M. Salet;Zeeshan Y. Ahmed;Freek P. Bos;Hans L. M. Laagland
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- 3D printing;
- Concrete;
- Prestress;
- Reinforcement;
- Bridge;
71.Acquisition of customer's tailor measurements for 3D clothing design using virtual reality devices

机译：采用虚拟现实设备获取3D服装设计的客户裁缝测量
- 作者：Andrea Vitali;Caterina Rizzi
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Clothing design;
- Garment measurements;
- Virtual reality;
- Kinect sensors;
- Head mounted display;
- Handtracking device;
- Motion capture;
72.An integrated design methodology for components produced by laser powder bed fusion (L-PBF) process

机译：激光粉末融合（L-PBF）工艺生产的组件综合设计方法
- 作者：Alessandro Salmi;Flaviana Calignano;Manuela Galati;Eleonora Atzeni
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第3期
- Additive manufacturing;
- Design guidelines;
- Topology optimisation;
- Selective laser melting;
- Design methodology;
73.Novel Mg-based alloys by selective laser melting for biomedical applications: microstructure evolution, microhardness and in vitro degradation behaviour

机译：通过选择性激光熔化进行新型Mg基合金，用于生物医学应用：微观结构演化，微硬度和体外降解行为
- 作者：Teng Long;Xiaohong Zhang;Qianli Huang;Ling Liu;Yong Liu;Junye Ren;Yong Yin;Dengke Wu;Hong Wu
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- Degradation behaviour;
- Mg-3Zn-xDy alloys;
- Selective laser melting;
- Microstructure evolution;
- Microhardness;
74.Energy and material flow modelling of additive manufacturing processes

机译：添加剂制造过程的能量和材料流动建模
- 作者：Mazyar Yosofi;Olivier Kerbrat;Pascal Mognol
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
75.Investigation of the accuracy and roughness in the laser powder bed fusion Process

机译：激光粉末融合过程中精度和粗糙度的研究
- 作者：F. Calignano
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- Design for additive manufacturing;
- Laser powder bed fusion;
- Aluminium alloy;
76.3D scanning and geometry processing techniques for customised hand orthotics: an experimental assessment

机译：用于定制手矫形器的3D扫描和几何处理技术：实验评估
- 作者：Paola Volonghi;Gabriele Baronio;Alberto Signoroni
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- 3D hand scanning;
- Geometry processing;
- 3D optical scanners;
- Hand orthotics;
- Medical device customisation;
- Reverse engineering;
77.The design and assessment of bio-inspired additive manufactured stab-resistant armour

机译：生物启发添加剂制造耐刺铠装的设计与评估
- 作者：A. A. Johnson;G. A. Bingham;C. E. Majewski
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- Body armour;
- Stab resistance;
- Selective laser sintering;
- Computer-aided design;
- Bio-inspiration;
78.Biodegradation mechanisms of selective laser-melted Mg-xAl-Zn alloy: grain size and intermetallic phase

机译：选择性激光熔融Mg-Xal-Zn合金的生物降解机制：晶粒尺寸和金属间相
- 作者：Cijun Shuai;Chongxian He;Pei Feng;Wang Guo;Chengde Gao;Ping Wu;Youwen Yang;Shizhen Bin
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- Degradation behaviour;
- Grain size;
- Intermetallic phase;
79.Aesthetic reconstruction of microtia: a review of current techniques and new 3D printing approaches

机译：Microtia的审美重建：当前技术和新的3D打印方法综述
- 作者：Maureen T. Ross;Rena Cruz;Courtney Hutchinson;Wendy L. Arnott;Maria A. Woodruff;Sean K. Powell
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- Microtia;
- Reconstruction;
- 3D scanning;
- 3D printing;
- 3D modelling;
- Tissue engineering;
- Prosthesis;
80.Additive manufacturing process monitoring and control by non-destructive testing techniques: challenges and in-process monitoring

机译：非破坏性测试技术的添加剂制造过程监测和控制：挑战和过程监测
- 作者：Q. Y. Lu;C. H. Wong
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第2期
- Non-destructive testing (NDT);
- Additive manufacturing (AM);
81.An overview of selective laser sintering and melting research using bibliometric indicators

机译：使用Bibliom计量指示剂选择性激光烧结和熔化研究概述
- 作者：Wadea Ameen;Atef M. Ghaleb;Moath Alatefi;Hisham Alkhalefah;Abdulrahman Alahmari
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- Selective laser sintering;
- Selective laser melting;
- Bibliometric;
- Additive manufacturing;
- Web of science;
82.Wrapping effect of secondary phases on the grains: increased corrosion resistance of Mg-Al alloys

机译：次级阶段对晶粒的包装效果：Mg-Al合金的耐腐蚀性增加
- 作者：Cijun Shuai;Chongxian He;Liang Xu;Quan Li;Tong Chen;Youwen Yang;Shuping Peng
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- Mg-Al alloys;
- Corrosion resistance;
- Continuous secondary phases;
- Wrapping effects;
83.3D Metal printed heat sinks with longitudinally varying lattice structure sizes using direct metal laser sintering

机译：3D金属印刷散热器采用直接金属激光烧结纵向变化的晶格结构尺寸
- 作者：Deepak Shamvedi;Oliver J. McCarthy;Eoghan ODonoghue;Cyril Danilenkoff;Paul OLeary;Ramesh Raghavendra
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- 3D printing;
- Additive manufacturing;
- Heat sink;
- Lattice structures;
84.Comparison of three-dimensional surface scanning techniques for capturing the external ear

机译：三维表面扫描技术捕获外耳的比较
- 作者：Maureen T. Ross;Rena Cruz;Trent L. Brooks-Richards;Louise M. Hafner;Sean K. Powell;Maria A. Woodruff
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- 3D scanning;
- Photogrammetry;
- Advanced manufacturing;
- Microtia;
- Ear reconstruction;
- Ear prosthesis;
85.Numerical comparison of lattice unit cell designs for medical implants by additive manufacturing

机译：添加剂制造的晶格单元电池设计的数值比较
- 作者：A. du Plessis;I. Yadroitsava;I. Yadroitsev;S. G. le Roux;D. C. Blaine
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- Lattice structures;
- Additive manufacturing;
- Bone implants;
- Geometric design;
86.Design By Additive Manufacturing: an application in aeronautics and defence

机译：设计通过添加剂制造：在航空和防御中的应用
- 作者：Frederic Segonds
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- Additive manufacturing;
- Design methodology;
- Creativity;
- Design by AM;
87.Effect of SiC/Al_2O_3 particle size reinforcement in recycled LDPE matrix on mechanical properties of FDM feed stock filament

机译：粒子尺寸增强在再生LDPE基质中的影响对FDM饲料股灯的机械性能
- 作者：Piyush Bedi;Rupinder Singh;IPS Ahuja
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- Al_2O_3/SiC;
- FDM;
- Melt flow index;
- LDPE;
- Differential scanning calorimetry;
- Thermal analysis;
88.Investigation of ablation studies of EPS pattern produced by rapid prototyping

机译：快速原型产生的EPS模式的消融研究调查
- 作者：Ranjeet Kumar Bhagchandani;Sajan Kapil;Pushkar Kamble;K. P. Karunakaran
- 期刊名称：《Virtual and Physical Prototyping》 | 2018年第4期
- Expanded polystyrene;
- Rapid prototyping;
- Evaporative pattern casting;
- Hot wire slicing;
- Ablation;
89.Development of a 3D scan posture-correction procedure to facilitate the direct-digital splinting approach

机译：开发3D扫描姿势校正过程，以方便直接数字夹板方法
- 作者：Ilja Asanovic;Huw Millward;Alan Lewis
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- 3D scanning;
- 3D animation;
- Geometry manipulation;
- Splinting posture;
90.Development and characterisation of 3D printing finishing process applying recycled plastic waste

机译：应用再生塑料废料的3D印刷整理过程的开发与鉴定
- 作者：Marlon Wesley Machado Cunico;Dalton Alexandre Kai;Patrick Medeiros Cavalheiro;Jonas de Carvalho
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- Additive manufacturing;
- Recycled material;
- Process improvement;
- Sustainability;
91.Time gap effect on bond strength of 3D-printed concrete

机译：3D印刷混凝土粘结强度的时间差距影响
- 作者：Yi Wei Daniel Tay;Guan Heng Andrew Ting;Ye Qian;Biranchi Panda;Lewei He;Ming Jen Tan
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- 3D concrete printing;
- Additive manufacturing;
- Rheology;
- Time-gap;
- Tensile bond strength;
92.3D printing and virtual surgical planning in a difficult Bonebridge case

机译：3D打印和虚拟手术规划在一个困难的Bonebridge案件中
- 作者：Payal Mukherjee;Kai Cheng
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- Bonebridge planning;
- Mastoidectomy;
- 3D printing;
- Virtual surgical planning;
93.An efficient scanning algorithm for improving accuracy based on minimising part warping in selected laser sintering process

机译：一种有效的扫描算法，用于提高基于最小化选定激光烧结过程中翘曲的精度
- 作者：A. Manshoori Yeganeh;M. R. Movahhedy;S. Khodaygan
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- Additive manufacturing;
- Selective laser sintering;
- Scanning algorithm;
- Hatching pattern;
- Part warping;
- Finite element modeling;
94.Adopting feature resolution and material distribution constraints into topology optimisation of additive manufacturing components

机译：采用功能分辨率和物料分布约束对添加剂制造部件的拓扑优化
- 作者：Shashi Ranjan Mohan;Suryakumar Simhambhatla
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- Additive manufacturing;
- Topology optimisation;
- Feature resolution;
- Material continuity;
95.Smart materials in additive manufacturing: state of the art and trends

机译：添加剂制造中的智能材料：现有技术和趋势
- 作者：Julien Gardan
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- Smart material;
- Shape memory material;
- Additive manufacturing;
- 4D printing;
- Bioprinting;
- Advanced structured materials;
96.A framework for multi-objective optimisation of 3D part-build orientation with a desired angular resolution in additive manufacturing processes

机译：一种框架，用于3D部分构建方向的多目标优化，在添加制造过程中具有期望的角度分辨率
- 作者：A. H. Golmohammadi;S. Khodaygan
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第1期
- Additive manufacturing;
- Part build orientation;
- Multiobjective optimal design;
- Taguchi-based method;
97.Stress-constrained shell-lattice infill structural optimisation for additive manufacturing

机译：压力受限的壳晶格填充结构优化，适应性制造
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第1期
- Stress constraint;
- shell-lattice infill;
- structural optimisation;
- additive manufacturing;
98.A review of geometric sensitivities in laser metal 3D printing

机译：激光金属3D印刷几何敏感性综述
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第2期
- Geometric sensitivities;
- design guidelines;
- selective laser melting;
- additive manufacturing;
99.Metal-doped polymer-derived SiOC composites with inorganic metal salt as the metal source by digital light processing 3D printing

机译：金属掺杂聚合物衍生的SIOC复合材料，具有无机金属盐作为金属源，通过数字光处理3D打印
- 期刊名称：《Virtual and Physical Prototyping》 | 2020年第3期
- Inorganic metal salt;
- metal-doped SiOC ceramics;
- digital light processing;
- 3D printing;
100.Design and experimental validation of self-supporting topologies for additive manufacturing

机译：添加和实验验证性拓扑添加剂制造的设计与实验验证
- 作者：Fu Yun-Fei;Rolfe Bernard;Chiu Louis N. S.;Wang Yanan;Huang Xiaodong;Ghabraie Kazem
- 期刊名称：《Virtual and Physical Prototyping》 | 2019年第4期

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