张舒

姓 名：张舒

职 称：讲师

职 务：无

所属系：控制工程系

邮 箱：zhangshu986222@126.com

办公地址：机电楼

基本情况

张舒，长期从事化工过程机械领域的教学及科研工作。先后主讲《过控专业导论》、《工程热力学基础》、《过程装备腐蚀与防护》、《过程原理与设备》、《过程设备设计》等理论和实验课程；主持安徽省自然科学基金青年项目、安徽省高校省级自然科学研究项目重点项目各一项；参与国家自然科学基金项目、省部级项目及横向科研项目10余项；参与发表SCI、EI论文30余篇。

主要研究领域、方向

目前的研究方向：化工过程机械；纳米材料的变形与损伤力学行为

主讲本科生课程：过程原理与设备、过程设备设计

科研项目

[1]安徽省自然科学基金青年项目，1908085QE243、双峰尺度晶粒分布奥氏体不锈钢变形微观机理及本构模型研究、2019/07-2021/06、主持。

[2]安徽省高校省级自然科学研究项目重点项目，KJ2015A053、纳米孪晶材变形及断裂失效机理研究、2016/01-2019/12、主持。

学术成果

1. ShuZhang,JianqiuZhou,LuWang,Hongxi Liu,Shuhong Dong, Cracknucleationdue to dislocation pile-ups at twin boundary-grainboundaryintersections,Materials Science and Engineering: A, ,632(2015), 78-81.(SCI)

2. ShuZhang,JianqiuZhou,LuWang,YingWang,The effect of the angle between loading axis and twin boundaryon the mechanical behaviors of nanotwinned materials, Materials& Design, 45(2013), 292-299.(SCI)

3. ShuZhang,JianqiuZhou,LuWang,YingWang,Shuhong Dong,Effect of twin boundaries on nanovoid growth based ondislocation emission, MaterialsScience and Engineering: A,582(2013),29-35.(SCI)

4. ShuZhang,JianqiuZhou,YingWang,LuWang,ShuhongDong,Simulation on the deformation behaviors of nanotwinned Cuconsidering the angle effect between loading axis and twinboundary, Computational Materials Science,77(2013),322-329.(SCI)

5. ShuZhang,YingWang,HuaJiang,JianqiuZhou,Constitutive model for plastic deformation of nanocrystallinematerials with shear band, Meccanica, 48(2013), 175-185.(SCI)

6. JianqiuZhou,ShuZhang,YingWang,Constitutive modeling of nanocrystalline materials with shearband, Advanced Materials Research, 311-313(2011), 512-515.(EI)

7. LuWang,Jianqiu Zhou, ShuZhang,Hongxi Liu,ShuhongDong. Effect of dislocation-GB interactions on the crackblunting in nanocrystalline materials. MaterialsScience and Engineering: A.592(2014), 128-135. (SCI)

8. LuWang,Jianqiu Zhou, ShuZhang,Shuhong Dong. Effects of accommodated grain boundary sliding ontriple junction nanovoid nucleation in nanocrystallinematerials. Mechanics of Materials. 71(2014), 10-20. (SCI)

9. LuWang,Jianqiu Zhou, ShuZhang,Yingguang Liu, Hongxi Liu,YingWang, ShuhongDong. An energy analysis of nanovoid nucleation innanocrystalline materials with grain boundary slidingaccommodations. Journal of Materials Research. 29(2014),277-287. (SCI)

10. LuWang,Jianqiu Zhou, ShuZhang,Grain size and grain boundary effects on hydrogen-inducednanovoid nucleationin polycrystallineNi. Materials Research Innovation. 18(2014), 593-596. (SCI)

11. ShujuanHu,JianqiuZhou,ShuZhang,LuWang,ShuhongDong,YingWang,HongxiLiu,Special fracture behavior of nanocrystalline metals driven byhydrogen, Materials Science and Engineering: A 577(2013),105-113.(SCI)

12. YingWang, JianqiuZhou,ShuZhang, LuWang, Mechanicalanalysis of the crystallineamorphouslaminated composite based on a two-phase model, Materials &Design, 51(2013), 88-94.(SCI)

13. DapengZhang,JianqiuZhou,ShuZhang,LuWang,ShuhongDong,Theoretical analyses and numerical simulations on the mechanicalstrength of multilayers subjected to ring-on-ring tests,Materials & Design, 51(2013), 1-11.(SCI)

14. YingWang, JianqiuZhou,ShuZhang,Construction of real digital microstructures of nanocrystallinematerials considering the coupled grain size and grainorientation distributions, Materials Research Innovations,17(2013), s115-s118. (SCI)

15. LianjunHuang,JianqiuZhou,ShuZhang,YingWang,YingguangLiu,Effects of interface and microstructure on the mechanicalbehaviors of crystalline Cu-amorphous Cu/Zr nanolaminates,Materials & Design, 36(2012), 6-12.(SCI)

获奖、荣誉情况

[1]张舒,mg电子游戏官网_mg老虎机游戏-电玩城下载第一届课堂教学创新比赛，三等奖

[2]张舒,mg电子游戏官网_mg老虎机游戏-电玩城下载2020年度课程思政教学比赛，三等奖