Li Hongying
Li Hongying
Li Hongying, born in Xiangxiang, Hunan Province in 1963, is a second-class professor and doctoral supervisor in the school of materials science and engineering, Central South University. He is also the deputy director of the material science and Engineering Academic Committee of China Nonferrous Metals Society, member of the alloy processing Academic Committee of China Nonferrous Metals Society, and member of the national bare wire Standard Committee.
Since July 1998, he has successively served as deputy director of the Department of materials science and engineering, deputy secretary of the general Party branch, Secretary of the Party committee of the College of materials science and engineering, Secretary of the Party committee of the College of Geosciences and environmental engineering, and Secretary of the general Party branch of the College of Aeronautics and Astronautics.
research field
Aerospace aluminum lithium alloy research and development;
Research and development of high performance conductor materials;
Research and development of high performance steel materials;
Intelligent detection and control of material production process.
personal honor
1. Scientific research awards
In 2019, it won the second prize of national science and technology progress award, ranking first;
In 2016, the first prize of science and technology award of China nonferrous metals industry, ranked first;
In 2018, the first prize of China nonferrous metal industry science and technology award, ranked second;
In 2000, it won the second prize of national defense science and technology award, ranking fourth;
In 2018, the second prize of China electric power innovation award, ranking the 9th;
In 2018, the second prize of State Grid Technology Invention Award, ranking sixth;
In 2018, it won the third prize of Fujian science and technology award, ranking third;
In 2018, the third prize of China Electric Power Technology Invention Award, ranking sixth;
In 2017, Hunan Province won the third prize of science and technology progress award, ranking second;
In 2009, the third prize of Hunan Science and technology progress award, ranked fourth;
In 1991, he won the second prize of Hunan Electronic Information Technology Award, ranking fifth;
2. Teaching Award
In 2019, he won the second prize of Hunan Provincial Teaching Achievement Award, ranking first;
In 2001, he won the first prize of Hunan Provincial Teaching Achievement Award, ranking first;
In 2013, he was an excellent tutor of master's thesis in Hunan Province.
Scientific research achievements
Papers published in recent years
1.Effectsofhomogenizationtreatmentsonthemicrostructureevolution,microhardnessandelectricalconductivityofdiluteAl-Sc-Zr-Eralloys,2017.02.
2.Grainrefinementmechanismofas-castaluminumbyhafnium,2016.12.
3.EffectofDifferentAgingProcessesontheMicrostructureandMechanicalPropertiesofaNovelAl–Cu–LiAlloy,2016.10.
4.MicrostructureevolutionofAl-Zn-Mg-Cualloyduringnon-linearcoolingprocess,2016.5.
5.Developmentofnon-linearcontinuouscoolingprecipitationdiagramforAl-Zn-Mg-Cualloy,2015.9.
6.Effectofage-formingonmicrostructure,mechanicalandcorrosionpropertiesofanovelAl–Lialloy,2015.8.
7.EffectofzirconiumonthemicrostructureandmechanicalpropertiesofZn-4%Alhypoeutecticalloy,JournalofAlloysandCompounds,2014.4
8.EffectsofYtterbiumandZirconiumonprecipitationevolutionandcoarseningresistanceinaluminumduringisothermalaging,JournalofAlloysandCompounds,2014.4
9.Kineticsofnon-isothermalcrystallizationinCu50Zr43Al7and(Cu50Zr43Al7)95Be5metallicglasses,JournalofThermalAnalysisandCalorimetry,2014.2.
10.ProcessingmapsandmicrostructuralevolutionofisothermalcompressedAl-Cu-Lialloy,MaterialsScienceandEngineeringA,2013.12.
10.Comparisononcorrosionbehaviorofarcsprayedandzinc-richcoatings,Surface&CoatingsTechnology,2013.12.
11.Thekineticanalysisofthenon-isothermalcrystallizationprocessof(Zr46Cu42Al7Y5)95Be5metallicglass,ThermochimicaActa,2013.10
12.MicrostructuralevolutionduringhomogenizationofAl-Cu-Li-Mn-Zr-Tialloy,TransactionsofNonferrousMetalsSocietyofChina,2013.9.
13.EffectsofminorZrandEronmicrostructureandmechanicalpropertiesofpurealuminum,MaterialsScienceandEn gineering:A ,2013.8
14.AmodifiedJohnsonCookmodelforelevatedtemperatureflowbehaviorofT24steel,MaterialsScienceandEn gineering:A ,2013.8
15.AcomparativestudyonmodifiedJohnsonCook,modifiedZerilli–ArmstrongandArrhenius-typeconstitutivemodelstopredictthehotdeformationbehaviorin28CrMnMoVsteel,MaterialsandDesign,2013.8
16.EISInvestigationandStructuralCharacterizationofDifferentHot-DippedZinc-BasedCoatingsin3.5%NaClSolution,InternationalJournalofElectrochemicalScience,2013.6.
17.Effectofquenchingprocessonmechanicalpropertiesandductile-brittletransitionbehaviorof28CrMnMoVsteel,2013.6.
18.EffecttemperingtemperatureonmicrostructureandmechanicalpropertiesofAISI6150steel,JournalofCentralSouthUniversity,2013.4.
19.ThermodynamiccalculationofglassformationforCo-ETMalloysbasedonMiedemasmodel, PhysicaB:CondensedMatter ,2013.3
two
Chinese PinYin : Li Hong Ying
Li Hongying
