Name: Wen Pin
Title：associate professor
Tel：17764003619
Email：wenpin@whut.edu.cn
Introduction
Research direction:
mechanics of composite
Research background:
Dedicated to the research of structural analysis and multidisciplinary optimization design under multi physics field coupling, we have achieved good research results in mechanical simulation analysis and optimization design.
Project and Achievement Introduction:
Hosted and completed projects including the National Natural Science Foundation of China Youth Project (2020-2022), Postdoctoral Science Foundation General Project (2017-2018), Advanced Equipment Rapid Support Project (2022-2023), Major Cross disciplinary Projects commissioned by enterprises, and the Ministry of Education Industry University Collaborative Education Project. Published over 40 SCI papers and 7 patents/software works as the first author and corresponding author.
Education Background
2006-09 – 2010-06 > Dalian Jiaotong University，Vehicle Engineering > undergraduate > bachelor
2010-09 – 2013-06 > Beijing University of Technology，engineering mechanics
> postgraduate > Master
2013-09 – 2016-09 > KEIO University，General Applied Mechanics > postgraduate > PhD
Professional experience
2016-09 – 2018-08 > Beijing University of Technology > post-doctoral
2018-09 – 2021-09 > Wuhan University of Technology > lecturer
2021-09 – Now > Wuhan University of Technology > associate professor
Concurrent Academic service
[1]Youth Director of the Council of the Metamaterials Branch of the Chinese Society for Materials Research
[2]Deputy Secretary General of the 7th Council of Hubei Composite Materials Society
[3]Journal Youth Editorial Board Member:
《International Journal of Extreme Manufacturing》
[4]Journal Reviewer：
《Journal of Material Research and Technology》
《international journal of composite material》
Areas of Research Interests/ Research Projects
Areas of Research Interests:
1. Functional material structure design, 3D printing, and research on service performance.
2. Study the mechanical behavior of functional materials and devices with multi field coupling and multi-scale.
Honors and Awards
[1] Wuhan University of Technology Natural Science Award
[2] High level Journal Communication Award\
Academic Achievement
paper：
[1] Chenxi Lu , Yufeng Zhang , Muhammad Aziz , Pin Wen *, Chi Zhang, Qiang Shen, Fei Chen*. Mechanical behaviors of multidimensional gradient gyroid structures under static and dynamic loading: A numerical and experimental study, Additive Manufacturing, 2022,59:103187.（JCR Q1,IF：11）
[2] Chen Fei, Jiang Xin, Wen Pin*, Chenxi Lu, Yangwei Wang, Qiang Shen, Heat Transfer Efficiency Enhancement of Gyroid Heat Exchanger Based on Multidimensional Gradient Structure Design, International Communication of Heat and Mass Transfer, 2023,149 :107127.（JCR Q1,IF：7）
[3] Jiang Xin, Lu Chenxi, Wen Pin *, Chen Fei *. Synergetic Enhancement of Hydrogen Concentration and Heat Transfer for Triply Periodic Minimal Surface Based Hydrogen Storage Reactor, International Journal of Heat and Mass Transfer, 2024, 232 :125965. (JCR Q1, IF:5)
[4] Chenxi Lu, Jie Ding, Xin Jiang, Pin Wen *, Chi Zhang, Fei Chen*. Enhancing Mechanical Properties and Damage Tolerance of Additive Manufactured Ceramic TPMS Lattices by Hybrid Design, Journal of the American Ceramic Society, 2024, 107:6524–31. (JCR Q1, IF:3.9)
[5] Chenxi Lu , Chi Zhang, Pin Wen*, Fei Chen*, Mechanical behavior of AlSi10Mg gyroid surface with variable topological parameters fabricated via laser powder bed fusion, Journal of Materials Research and Technology, 2021, 15:5650-5661.（JCR Q1,IF：6.4）
[6] Li Peng, Wang Zhe, Rongguo Song, Qian Wei, Wen Pin*, Yang Zhugen, He Daping*, Customizable fabrication for auxetic graphene assembled macrofilms with high conductivity and flexibility, Carbon 2020, 162: 545-551.
[7] Haoyu Zheng , Yongjing Li , Daping He , Pin Wen*, ShiLin Yan*. High-performance flexible piezoelectric sensors based on honeycomb graphene macro-film exploiting auxetic mechanical property .Sensors and Actuators: A. Physical, 2024, 372 :115374.（JCR Q1,IF：4.6）
[8] Haoyu Zheng, Huazhang Zhang, Pin Wen* and Daping He*，Flexible piezoelectric energy harvester based on graphene macro-film electrode enabled by exploiting auxetic mechanical property, Materials Letters, 2022,318:132165.（JCR Q2,IF：3）
[9] Huazhang Zhang#, Pin Wen#, Peng Li, Zhe Wang, Suyan Wang, Xin Zhao, Yong Xiao, Jie Shen, Daping He , and Wen Chen，Enhanced output performance of flexible piezoelectric energy harvester by using auxetic graphene films as electrodes, Applied Physics Letter, 2020, 117, 103901.
[10] Xiaonan Zhang, Xiangyu Xie, Yongjing Li, Bin Li, Shilin Yan*, and Pin Wen*, Mechanical Behavior of Al-Si10-Mg P-TPMS Structure Fabricated by Selective Laser Melting and a Unified Mathematical Model with Geometrical Parameter, Materials, 2023, 16, 468.（JCR Q2,IF：3.8）
[11] Chen Fei, Zhao Xiaofei, Wen Pin*, Bending and Vibration Analysis of Trigonometric Varying Functionally Graded Material via a Novel Third-order Shear Deformation Theory, Acta Mechanica Solida Sinica, 2024. （JCR Q3,IF：2.4）
[12] Wen Pin, Wu Yu, Dong Dingyang, Luo Xing, Chen Fei, Xu Peixin, Du Borui，Experimental and numerical simulation study on the influence of ultra high speed laser melting deposition process on the properties of Al Mg Sc high-strength aluminum alloy，Journal of Aeronautical Materials，2024，44(1):133-142.
[13] Zhang Xiaonan, Yan Shilin, Ou Yuanxun, Wen Pin *, Gradient Design and Dynamic Shock Response of Negative Poisson's Ratio Concave Honeycomb Structure, Vibration and Shock, 2023, 42 (3): 193-198.
[14] Dong Ziliang, Cheng Zhengkun, Zhang Xiaonan, Wen Pin *, Exploration of Surface Morphology Reconstruction and Yield Strength Influence of Additive Manufacturing High Strength Aluminum Alloy, Journal of Solid Mechanics, 2024, 42 (3): 193-198.
[15] Wen Pin, Ye Hongling, Yang Qingsheng, Analysis of Microstructure Defects and Mechanical Properties of Laser Selective Sintering Martensitic Aging Steel Porous Frame, Journal of Mechanical Engineering,2018,54(17):173-180.
[16] Pin WEN, Naoki TAKANO, Shusuke Akimoto, General formulation of the first-order perturbation based stochastic homogenization method using many random physical parameters for multi-phase composite materials, Acta Mechanica 2018, 229:2133-2147.
[17] Pin WEN, Naoki TAKANO, Daichi KURITA, Probabilistic multiscale analysis of three-phase composite material considering uncertainties in both physical and geometrical parameters at microscale, Acta Mechanica 2016, 227:2735-2747.
[18] Li Yiyuan, Li Yongjing, Yan Shilin, Wen Pin*,Impact Performance Research of Re-Entrant Octagonal Negative Poisson's Ratio Honeycomb with Gradient Design, Computer Modeling in Engineering&Sciences, 2024, 4(4):1-15 doi:10.32604/cmes.2024.051375.
[19] Ou Yuanxun, Yan Shilin, Wen Pin*, In-Plane Impact Dynamics Analysis of Re-Entrant Honeycomb with Variable Cross-Section, Computer Modeling in Engineering&Sciences, 2021,127:1-14.
[20] Pin WEN, Kosho KAMIJO, Daichi KURITA, Naoki TAKANO, Probabilistic homogenization and sensitivity analysis for robust design of coated particulate composite material considering non-parametric geometrical uncertainty at microscale, Transaction of JSCES (VOL.1(2), 2016).
[21] PIN WEN, KENICHIRO YOKOTA, NAOKI TAKANO, Probabilistic prediction of homogenized property and update of prediction for spherical porous material considering microstructural uncertainties, Journal of Multiscale Modeling (VOL.6(4), 2015, 1550011).
[22] Ye Hongling (Mentor), Wen Pin, Zhang Yanming, Li Yaoming, Optimization Design of Liquid Static Pressure Rotary Table Based on Multi layer Feasible Direction Method, Engineering Mechanics，Vol. 31, No. 2, 2014, pp. 249-256 (EI: 20141117464440).
book：
[1] 《Stochastic multiscale simulation method and application for composite material》，Wen Pin, China Railway Press，2019.
patent：
[1] Liang Zulin, Wen Pin, an efficient first-order perturbation unfolding asymptotic homogenization method based on parallel computing[P]，201811624392.3.
[2] Wen Pin, Zheng Haoyu, Zhang Yanfeng, He Daping, a flexible piezoelectric energy harvesting system based on graphene assembly film[P]，2021109202456.
[3] Wen Pin, Ye Hongling, Liu Donglai, Yang Qingsheng, a reverse prediction method for random defects in 3D printed porous structures[P], 2021,专利授权201711399124.1.
[4] Wen Pin, Ye Hongling, Liu Donglai, Yang Qingsheng, A Robust Design Method for Coating Particle Composite Materials Considering Geometric Random Distribution[P], 2021,专利授权 201711399125.6.
software copyright：
[1] Wen Pin, Chen Fei, Zhao Xiaofei, Huang Zhifeng, Multi dimensional Gradient Sequential Modeling and Bending Response Analysis Software for Functional Gradient Materials[P] 2023SR0395866.
[2] Ye Hongling (Mentor), Wen Pin, Zhang Yanming, Dynamic Response Analysis and Optimization Software for Liquid Static Pressure Rotary Table System (Software Copyright): 2013SRBJ2019) .
[3] Ye Hongling (mentor), Wen Pin, Li Yaoming, dynamic characteristic optimization design software for liquid static pressure turntable system (Software Copyright): 2013SRBJ4681).
