张华丽,1977年8月生,籍贯:吉林省长春市,政治面貌:九三学社。毕业院校:哈尔滨工业大学,博士。职务:副教授。研究方向:超精密磨削技术、微流控技术。教授课程:工程材料、材料成形技术、先进制造技术、机械加工自动。科研成果(包括论文及著作): 1、Measurements on grinding wheels for investigating a-Fe2O3 in precision electrolytic in-process dressing grinding.2018,Vol.10(3)1–6. Advances in Mechanical Engineering(SCI) 2、Investigationof alpha-Fe2O3 in Oxide Film of Electrolytic In-process Dressing Wheel and ItsEffect on Polishing.2018,381IOP Conf.Series: Materials Science and Engineering (EI) 3、Studyof a-Fe2O3 formation and its measurement in oxide films of wheel surfaceduring ELID grinding process.2017,31:25-34 Modern Physics Letters (BSCI) 4、Forming Mechanism of α-Fe2O3 in the Oxide Films on Iron-Bonded Diamond Wheel Surface by ELID Grinding.2017,723:434-438Key Engineering Materials(EI) 5、Modelinganalysis of temperatures at points in oxide film of grindingwheels.2017,170:20-25IOP Conf.(EI) 6、Mechanical behavior of iron-bondedgrinding wheel after ELID electrolysis procedure bynanoindentation.2017 IOP Conf.(EI) 7、应用于细胞间相互作用的微流控芯片技术研究进展.2016,14:446-452.纳米技术与精密工程(核心) 8、应用于单细胞分析的光流控技术.2015,13:148-153.纳米技术与精密工程(核心) 9、Recent advancements in optofluidics-based single cell analysis: optical on-chip cellularmanipulation, treatment, and property detection2014,14:1230-1245Lab on aChip(SCI) 10、Microstructure, mechanical properties and creep resistance of Mg-(8%-12%) Zn-(2%-6%) Alalloys.2013,23:896-903.Transaction of Nonferrous Metals Society of China(SCI) 11、单晶硅表面STM成像理论模型与实验分析.2012,12:781-785.微纳电子技术(核心) 12、Studyon dynamic minimum thickness of cut by nanoscratch testing.2011,291-294:1729-1732.AdvancedMaterials Research(EI) 13、Modelingof Thickness of the oxide film in ELID grinding.2010,135:376-381.Advanced Materials Research(EI) 14、ReResearchon minimum mechanism of roughness of ELID grinding.2010,135:441-446.Advanced Materials Research(EI) 15、Minimumthickness of cut in nanomachining using Atomic ForceMicroscopy.2010,1276-1279.ICEEE2010(EI) 16、ReResearch on Oxide Film MechanicalProperties of ELID Grinding Wheel Surface byNanoindentation.2010,1737-1741.ICEEE2010(EI) 17、GrGrindingforce model of single abrasive grain based on variable frictioncoefficient. 2010ISMCME(EI) 18、ReResearchon Nano-scale Material Removal Process Using Atomic ForceMicroscopy.2008,359-360:269-273.Key Engineering Materials(EI) 19、EfEffects on the chip formation of nanomachined surface usingatomic force microscopy.2008, vol 6,2 108-113.纳纳米技术与精密工程(EI) 20、ReResearch on nano-scale material removal process using Atomic ForceMicroscopy.2007,269-273.Key Engineering Materials(EI) 21、STSTM针尖-样品相互作用实验研究.2007,43,4.航航空精密制造技术(核心) 22、EEExperimentalstudy on the fracture mechanism of carbon nanotubes.2007 of MicroNanoChina2007(EI) 23、Research on ELID Grinding of Nano-Cemented CarbideTool.2007,Vol.329 (2007) pp 105-110. Key EngineeringMaterials (SCI) 24、ExperimentalResearch on ELID Grinding and Cutting Performance of Nano Cemented Carbide Cutters. 2005,291-292 (2005) pp115-120. Key Engineering Materials (SCI) 25、基于NanoIndenter的纳米刻划性能试验研究.2006,3.机械与电子(核心) 电话:15052470108 邮箱: hualiz@ntu.edu.cn
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