近期论文
查看导师新发文章
(温馨提示:请注意重名现象,建议点开原文通过作者单位确认)
1.李强,王葛.淬火冷却过程计算机模拟研究的现状及发展趋势.重型机械.2001,16:4-7;
2.王葛,李强,陈乃录,高长银.淬火槽内介质流场的计算机模拟.重型机械.2002,16:31-34;
3.李强,王葛,陈乃路.淬冷过程工件温度场的计算机模拟与实验.燕山大学学报.2002,26(4):297-300;
4.李强,王葛,陈乃录,廖波,王同珍.淬火介质流场计算机模拟.科学通报.2002,47(24):1861-1862;
5.陈乃录,李强,廖波,王葛,潘健生.淬火槽中介质流速的测量及流速场的模拟.材料热处理学报.2002,23(2):33-36;
6.LiQiang,WangGe,ChenNailu,LiaoBo,WangTongzhen.Computersimulationofflowfieldsforquenchingmedium,ChineseScienceBulletin.2003,48(8):739-742;(SCI收录)
7.WangG,LiCJ,LuMR.ImprovingtheHawkyardmethodforgeneratingreflectancefunctions.ColorResearchandApplication.2005,30(4):283-287(SCI/EI收录);
8.Wang,Ge;Li,Changjun;Luo,M.Ronnier.ExplicitformulaeforcomputingASTMIntl.WeightingtablesofTable5.2005BeijingInternationalConferenceonImaging:TechnologyandApplicationsforthe21stCentury.BeiJing.2005,228-229(EI收录);
9.Wang,Ge;Li,Changjun;Luo,M.Ronnier.Practicalmethodsforabridgingspectralreflectance.ActaPhotonicaSinica.2006,35(5):787-792(EI收录);
10.Wang,Ge;Li,Chang-Jun;Zhu,Yun-Long;Luo,MRonnier.Improvementintheestimationofreflectancefunctionsgeneratedusingthebasisvectors.PhotographicScienceandPhotochemistry.2005,23(5):340-350(EI收录);
11.Li,Changjun;Luo,M.Ronnier,Wang,Ge.RecentprogressincomputingweightingtablesforcalculatingCIEtristimulusvalues.ProceedingsofSPIE-TheInternationalSocietyforOpticalEngineering.ICO20:Illumination,Radiation,andColorTechnologies.ChangChun.20606,6033:(EI收录);
12.G.Wang,C.LiandM.R.Luo.PracticalConsiderationsforCalculatingCIETristimulusValues.AICColour05-10thCongressoftheInternationalColourAssociation.Spain.2005:753-756;
13.G.Wang,C.LiandM.R.Luo.LeastSquaresMethodforComputingWeightingTablesforCalculatingCIETristimulusValues.AICColour05-10thCongressoftheInternationalColourAssociation.Spain.2005,:757-760;
14.王葛,李长军.面向工业应用的CIE三刺激值加权表.照明工程学报.2005,16(1):6-10;
15.米静,王葛,安领军,刘耀辉,张志克,李朋泽,李强.薄板连铸坯液芯压下凝固过程的数值模拟.第二界全国材料计算与模拟学术会议.151-154;
16.李朋泽,王葛,安领军,刘耀辉,张志克,米静,李强.薄板坯连铸结晶器铜板温度场的数值模拟.第二界全国材料计算与模拟学术会议.148-150;
17.王葛,李强,宋学平,范亮,胡文涛,肖福仁,马明榛,张久兴,刘日平.机械合金化和放电等离子烧结技术制备Ti基大块非晶合金.稀有金属材料与工程;
18.QiangLi,GeWang,XuepingSong,LiangFan,WentaoHu,FurenXiao,QingxiangYang,MingzhenMa,JiuxingZhang,RipingLiu.Ti50Cu23Ni20Sn7BulkMetallicGlassesPreparedbyMechanicalAlloyingandSpark-PlasmaSintering.JournalofMaterialsProcessingTechnology.2009,209(7):3285-3288(SCI);
19.YouyinSun,GeWang,JingnaGao,YingGao,lingjunAn,QiangLi.NumericalSimulationofTemperatureonCopperMouldofThinSlabContinuousCasting.ICMTMA.ZhangjiajieChina.2009,2:275-278(EI)
20.JingnaGao,YingGao,GeWang,LingjunAn,QiangLi.NumericalSimulationonSolidificationandHeat-transferofContinuousCastingofThinSlab.ICMTMA.ZhangjiajieChina.2009,2:279-282(EI)
21.JingZhang,YingGao,JingnaGao,GeWang,LingjunAn,QiangLi.NumericalSimulationofFluidFlowinThinSlabContinuousCastingMould.ICMTMA.ZhangjiajieChina.2009,2:267-270(EI)
22.朱玉英,李强,何云华,王葛,王旭,高颖,高静娜.采用无容器凝固技术研究过冷熔体热物理性质.材料导报,2009,23(7):78-81.
23.朱玉英,李强,何云华,王葛,王旭,高颖,高静娜.深过冷银熔体热物理性质参数的研究.中国科学,2009,39(12):1736-1740
24.陈继刚,李强,王葛.铝合金轮毂低压铸造充型非线性压力条件,特种铸造及有色合金,2009,29(1):27-29.
25.高静娜,李强,王葛,安领军,高颖.CSP连铸坯二冷凝固过程的研究,铸造技术,2009,30(1):87-90.
26.ZhangBen-Guo,LiQiang,WangGe,GaoYing.BreakoutpredictionbasedonBPneuralnetworkofLMalgorithmincontinuouscastingprocess,ICMTMA2010,v1,765-768(EI收录)
27.ZHUYuYing,LIQiang,WANGGe,JINGQin,WANGXu,GAOYing,GAOJingNa.Thermodynamicpropertiesofunder-cooledsilvermelts.SCIENCECHINAPhysics,Mechanics&Astronomy.2010,53(1):76-80(SCI收录)
28.WangGe,LiQiang,GaoYing,GaoJingNa,ZhuYuYing,ChaoZhiGang.InfluenceofballmillingparametersonpreparationofTi50Cu23Ni20Sn7amorphousalloyspowder.AppliedMechanicsandMaterials,v55-57,p819-824,2011,RecentTrendsinMaterialsandMechanicalEngineeringMaterials,MechatronicsandAutomation(EI收录)
29.WangGe,ZhangChun,ZhuYuying,ChaoZhigang,LiQiang.MechnicalalloyingforpreparationofTi50Fe45Sn5amorphousalloyspowder.KeyEngineeringMaterials,v480-481,p104-108,2011,MaterialsEngineeringforAdvancedTechnologies(EI收录)
30.WangGe,ChaoZhigang,ZhuYuying,HuDongdong,WangXinghua,LiQiang.MechanicalalloyingforfabricationofFe50Ni30B20amorphousAlloyspowder.AdvancedMaterialsResearch,v298,p215-219,2011,SoftMagneticMaterials(EI收录)
31.WangGe,GaoJingna;YaoYunfeng,QiJing,AnLingjun,LiQiang.Numericalsimulationonsolidificationofthincastingslabwithcorereduction.InternationalJournalofModelling,IdentificationandControl,v13,n3,p178-184,July2011(EI收录)
32.YuyingZhu,QiangLi,YunhuaHe,GeWang,XinghuaWang.Ti50Fe25Ni25amorphousalloypreparedbymechanicalalloying.AdvancedMaterialsResearch.2011,327:76-80(EI:20114014385625)
33.YuyingZhu,QiangLi,YunhuaHe,GeWang,XinghuaWang.AnewTi-basedamorphouspowdersynthesizedbyMechanicalAlloying.MechanicalandElectronicsEngineering.2012,433-440:642-645(EI:20120414712224)
34.张本国,李强,王葛,张水仙.基于改进BP神经网络的连铸漏钢预报.中国机械工程.2012,23(2):204-207
35.张本国,李强,王葛,孙丽凤,张志克.基于小波分析的漏钢预报温度数据处理.中国机械工程.2012,23(21):2594-2596
36.YuyingZhu,QiangLi,YunhuaHe,GeWang,XinghuaWang.CrystallizationkineticsofTi50Fe22Ni22Sn6amorphouspowders.AppliedMechanicalandMaterials.2012,108:12-17(EI:20114714550816)
37.QiangLi,YuyingZhu,GeWang.Ti50Fe22Ni22Sn6AmorphousAlloySynthesizedbyMechanicalAlloyingandSparkPlasmaSintering.AdvancedMaterialsResearch.2012,393-395:485-488(EI:20115214649124)
38.Li,Qiang;Zhu,Yuying;He,Yunhua;Wang,Ge;Wang,Xinghua.ThecrystalgrowthofTi50Cu23Ni20Sn7duringtheSPSprocess.AdvancedMaterialsResearch,2012,428:190-195(EI:20120414713436)
39.王兴华,王葛,王海舰,朱玉英,李强.高能球磨技术制备Fe78-xMxSi13B9磁性材料.中国粉体技术.2013,19(3):39-42
40.王兴华,王葛,李强.放电等离子烧结技术制备Fe78Si13B9块体非晶纳米晶磁性材料.复合材料学报.2013,30(6):153-158(EI)
41.王葛,王东冉,刘利刚,郭靖,孙艳亮,杨庆祥,李强.Cr8钢奥氏体晶粒长大规律.材料热处理学报.2014,35(2):94-99(EI)
42.王葛,陈建坤,商松,刘利刚,杨庆祥,李强.Cr5锻钢支承辊最终热处理过程数值模拟.材料热处理学报.2014,35(6):195-201(EI)
43.Xing-huaWANG,GeWANG,Yu-yingZHU,Jin-fengBAO,Xiong-feiDU,QiangLI.Fe75Zr3Si13B9magneticmaterialspreparedbysparkplasmasintering.Trans.NonferrousMet.Soc.China.2014,(24):712-717(SCI)
44.王葛,李珊,张瑞忠,安领军,李强.基于粒子群优化的神经网络漏钢预报模型研究.燕山大学学报.2014,38(3):221-225,251
45.王葛,王兴华,王海舰,李强.Fe73.5Cu1Nb3Si13.5B9非晶合金粉体的SPS烧结特性研究.燕山大学学报.2014,38(6):491-496,502
46.王葛,王莉莉,高静娜,朱国善,杜雄飞,李强.30CrMo钢大直径厚壁压力气瓶淬火过程数值模拟.钢铁.2015,50(2):61-69
47.王葛,朱国善,高静娜,王莉莉,杜雄飞,李强,4130X钢大直径厚壁压力气瓶喷水淬火数值模拟,材料热处理学报,2015,36(7):250-256
48.王葛,鲍金锋,王兴华,陈玉鹤,周富伟,李强,高Fe含量FeCuNbSiB系非晶/纳米晶合金制备及其磁性研究,材料研究学报,2016,30(1):38-44
49.王葛,杜雄飞,高静娜,崔明倜,李强,大直径厚壁压力气瓶30CrMo钢最终热处理工艺数值模拟与实验,材料热处理学报,2016,37(3):210-215
50.王葛,刘智超,常旭东,韩大阔,李强,Cr8钢轧辊最终热处理过程数值模拟与实验研究,材料热处理学报,2016,37(6):241-248
51.王葛,刘洋,陈威宇,韩大阔,李磊,李强,基于田口方法的大型Cr5钢支承辊喷雾淬火工艺优化,材料热处理学报,2016,37(12):196-202