by W Lee
2020
Cited by 1
3D mesh reconstruction from a 2D top view image of an object by using a single scanning sequence.
by E Nomura
2019
Cited by 1
Results of on-line experimental data collection of waveform pressure distribution of shock waves from the shock waves generated by the experiments.
by Y Lee and YJ Seo
2019
Cited by 2
Demonstrated the feasibility of utilizing space-charge waves as a novel mode for the 3D printing of bioink.
by FM Yu and W Liu
2018
Cited by 2
Coated the Ti by the Ti5Nb thin film by anodic oxidation process, heat-treated at 500 °C, and the Ti5Nb thin film was then deposited by sputtering process. The. Brinell hardness of the Ti5Nb thin film was measured to be 39 GPa by nanoindentation.
by P Peyret
2019
Cited by 2
.
by R Komainandu, I Vepsalainen, L Pääbo and U Värelä
2018
Cited by 2
In this paper, a novel plasmonic nanostructure is designed and simulated to. The introduction of the second layer offers the possibility to use higher frequencies and gain in sensitivity.
by ZR Ge, HP Pan, XH Huang, J Ding and LD Zhao
2018
Cited by 1
Reported a polyfluorobenzenyl-based liquid metal that forms a eutectic alloy with tin and. The ternary alloy system, Sn-In-PFB, is liquid at room temperature.
by O Doudou
2017
Cited by 2
In this study, we developed and tested a novel structural resin that contains both silane groups and azo-group moieties for 3D printing of dental composite. We compared the resin to a commercial dental material,. We found that the addition of the azo-group moieties to the resin enhanced its printability,.
by JF Kim
2017
Cited by 2
.
by XC Yu, H Huang and XH Cheng
2016
Cited by 1
The effects of loading length and speed of the. The goal of this study is to simulate the effects of loading length and speed of the 3D printed part on the mechanical be359ba680
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