Fang-Ting Yuan
Chinese Academy of Sciences
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Fang-Ting Yuan.
Materials research letters | 2014
X. L. Wu; Peng Jiang; Liubiao Chen; Jian-Nan Zhang; Fang-Ting Yuan; Yuntian Zhu
Gradient structures are characterized with a systematic change in microstructures on a macroscopic scale. Here, we report that gradient structures in engineering materials such as metals produce an intrinsic synergetic strengthening, which is much higher than the sum of separate gradient layers. This is caused by macroscopic stress gradient and the bi-axial stress generated by mechanical incompatibility between different layers. This represents a new mechanism for strengthening that exploits the principles of both mechanics and materials science. It may provide for a novel strategy for designing material structures with superior properties.
Astrophysical Journal Supplement Series | 2014
G. Yang; Y. Q. Xue; B. Luo; W. N. Brandt; D. M. Alexander; F. E. Bauer; W. Cui; Xu Kong; B. D. Lehmer; Jian-Min Wang; Xue-Bing Wu; Fang-Ting Yuan; Ye-Fei Yuan; Hongyan Zhou
We derive photometric redshifts (\zp) for sources in the entire (
arXiv: Astrophysics of Galaxies | 2015
María del Carmen Argudo Fernández; Fang-Ting Yuan; Shiyin Shen; Jun Yin; Ruixiang Chang; Shuai Feng
\sim0.4
Research in Astronomy and Astrophysics | 2016
Shiyin Shen; Maria Argudo-Fernández; Li Chen; Xiao-Yan Chen; Shuai Feng; Jing-Liang Hou; Yonghui Hou; Peng Jiang; Yipeng Jing; Xu Kong; A-Li Luo; Zhi-Jian Luo; Zhengyi Shao; Tinggui Wang; Wen-Ting Wang; Yuefei Wang; Hong Wu; Xue-Bing Wu; Haifeng Yang; Ming Yang; Fang-Ting Yuan; Hai-Long Yuan; Haotong Zhang; Jian-Nan Zhang; Yong Zhang
deg
Astronomy and Astrophysics | 2009
H. Zhang; Yuming Wang; Fang-Ting Yuan; F. Ding; X. L. Luo; Qiu-He Peng
^2
Astronomy and Astrophysics | 2018
Fang-Ting Yuan; Maria Argudo-Fernández; Shiyin Shen; Lei Hao; Chunyan Jiang; Jun Yin; M. Boquien; Lihwai Lin
) Hawaii-Hubble Deep Field-North (\hdfn) field with the EAzY code, based on point spread function-matched photometry of 15 broad bands from the ultraviolet (\bandu~band) to mid-infrared (IRAC 4.5
Research in Astronomy and Astrophysics | 2016
Shuai Feng; Zhengyi Shao; Shiyin Shen; Maria Argudo-Fernández; Hong Wu; Man-I Lam; Ming Yang; Fang-Ting Yuan
\mu
Materials Science and Engineering A-structural Materials Properties Microstructure and Processing | 2014
Liubiao Chen; Fang-Ting Yuan; Peng Jiang; Jijia Xie; X. L. Wu
m). Our catalog consists of a total of 131,678 sources. We evaluate the \zp~quality by comparing \zp~with spectroscopic redshifts (\zs) when available, and find a value of normalized median absolute deviation \sigm
The Astronomical Journal | 2017
Linlin Li; Shiyin Shen; Jinliang Hou; Fang-Ting Yuan; Jing Zhong; Hu Zou; Xu Zhou; Zhaoji Jiang; Xiyan Peng; Dongwei Fan; Xiaohui Fan; Zhou Fan; Boliang He; Yipeng Jing; Michael P. Lesser; Cheng Li; Jun Ma; Jundan Nie; Jiali Wang; Zhenyu Wu; Tianmeng Zhang; Zhimin Zhou
=
Proceedings of the International Astronomical Union | 2016
Fang-Ting Yuan; Shiyin Shen; Lei Hao; María del Carmen Argudo Fernández
0.029 and an outlier fraction of 5.5\% (outliers are defined as sources having
