（1）国家自然科学基金面上项目：搅拌摩擦加工制备细晶相变诱发塑性高熵合金微观组织演化机理及变形行为研究，2024.1-2027.1，50万元

（2）国家重点研发计划：“高端功能与智能材料”重点专项-“面向强磁场装备应用超导材料批量化制备技术”子课题，高溶质高塑性CuSn合金棒材关键制备技术研究，2022.11-2025.10，47万元；

（3）陕西省重点研发计划-重点产业创新链（群），超塑成形用细晶镁合金制备技术开发，2020.1-2022.12，80万元；

（4）陕西省重点研发计划-两链融合揭榜挂帅项目，钛合金丝材显微组织结构特征与力学性能研究，2022.6-2023.6，15万元；

（5）秦创原“科学家+工程师”队伍建设，紧固件用钛合金盘圆丝材研发“科学家+工程师”队伍首席科学家，15万元

（6）陕西省工业重点研发计划合作项目，医疗创伤植入用钛合金超厚壁管材研制，2020.1-2022.12，12万元；

（7）陕西省教育厅产业化项目，搅拌摩擦加工结合异步轧制制备舰船用铝钢复合过渡接头关键技术研究及产业化，2021.1-2023.12，10万元；

（8）西部材料创新基金，钛合金热轧变形过程微观组织演化及其数值模拟研究，2015.6-2017.6，30万元；

（9）陕西省自然科学基础研究基金面上项目，钛合金盘类锻件等温精锻成形工艺基础研究，2014.5-2017.5，3万元；

（10）金川公司•西安建筑科技大学预研基金，大口径白铜管空心锭穿孔变形规律研究，3万元

（1）TC4-DT锻件国内外性能对比试验研究，68万元；
（2）TC11合金锻件低成本制备技术基础研究技术服务，49.82万元；
（3）C71500大直径白铜空心铸锭结晶器设计、熔铸工艺数值模拟技术及生产工艺研究，43万元；
（4）材料性能研究实验，35万元；
（5）高品质钛合金材料关键技术及产业化—钛带材制备关键技术及产业化，35万元；

（6）钛合金丝材显微组织结构特征与力学性能研究，35万元；

（7）锻打异型铜带数值模拟研究，20万元；
（8）基于Deform模拟软件进行GH4145和GH3625有限元模拟，10万元；

（9）钛及钛合金连续轧制过程工艺参数优化的数值模拟，8万元

1.CaiJun*,WangMeng,ShiJiamin,WangKuaishe,WangWen,AconstitutiveequationforpredictingelevatedtemperatureflowbehaviorofBFe1012cupronickelalloythroughdoublemultiplenonlinearregression,HighTemperatureMaterialsandProcesses,2019,38:461475.
2.PengPai,Wang,Kuaishe,Wang,Wen,Huang,Liying,Qiao,Ke,Che,Qianying,Xi,XiaopengZhang,BingCai,Jun.Highperformancealuminiumfoamsandwichpreparedthroughfrictionstirwelding,MaterialsLetters,2019,236:295298
3.Zhangbing,ShangXiaodi,YaoSu,WangQiuyu,ZhangZhijuan,YangXiaokang,CaiJun,WangKuaishe.AComparativeStudyonJohnsonCookModifiedJohnsonCookModifiedZerilliArmstrongandArrheniusTypeConstitutiveModelstoPredictHotDeformationBehaviorofTA2,HighTemperatureMaterialsandProcesses,2019,38:699714
4.JinYuanyuan,WangKuaishe,WangWen,PengPai,ZhouSha,HuangLiying,YangTao,QiaoKe,ZhangBing,CaiJun,YuHailiang.MicrostructureandmechanicalpropertiesofAE42rareearthcontainingmagnesiumalloypreparedbyfrictionstirprocessing.MaterialsCharacterization,2019,150:5261
5.HuangLiYing,WangKuaishe,WangWen,ZhaoKai,YuanJie,WangQiang,QiaoKe,CaiJun.CorrosionpropertiesoflowcarbonsteelpreparedbysubmergedfrictionstirprocessingMaterialsandCorrosion,2018,69(8):10771083
6.CaiJun*,WangKuaishe,ShiJiamin,WangWen,LiuYingying,AModifiedDoubleMultipleNonlinearRegressionConstitutiveEquationforModelingandPredictionofHighTemperatureFlowBehaviorofBFe1012Alloy,HighTemperatureMaterialsandProcesses,2018,31(1):7587.
7.YangXiaokang,WangKuaishe,ShiJiamin,WangMeng,CaiJun*,WangQingjuan,LiuYingying,ElevatedTemperatureDeformationBehaviorofTA7TitaniumAlloy.2018,47(8):23412346
8.CaiJun*,WangKuashe,ZhangXiaolu,WangWen,CharacterizationofhightemperaturedeformationbehaviorofBFe1012cupronickelalloyusingorthogonalanalysis,HighTemperatureMaterialsandProcesses,2017,36(7):701710.
9.CaiJun*,ShiJiamin,WangKuaishe,LiFuguo,WangWen,WangQingjuan,LiuYingying,AmodifiedparallelconstitutivemodelforelevatedtemperatureflowbehaviorofTi6Al4Valloybasedonmultipleregression.InternationalJournalofMaterialsResearch,2017,108(7):527541.
10.CaiJun*,WangKuaishe,Zhangbing,WangWen,Studyontheinfluenceofprocessingparametersonpiercingextrusionprocessoflargediametercupronickelalloypipesusing3DFEManalysis,AdvancesinMaterialsScienceandEngineering,2017，17
11.CaiJun*,LeiYing,WangKuaishe,ZhangXiaolu,MiaoChengpeng,LiWenbing,AcomparativeinvestigationonthecapabilityofmodifiedZerilliArmstrongandArrheniustypeconstitutivemodelstodescribeflowbehaviorofBFe1012cupronickelalloyatelevatedtemperature,JournalofMaterialsEngineeringandPerformance,2016,25(5):19521963.
12.CaiJun*,ZhangXiaolu,WangKuaishe,WangQingjuan,WangWen,DevelopmentandvalidationofprocessingmapsforTi6Al4Valloyusingvariousflowinstabilitycriteria,JournalofMaterialsEngineeringandPerformance,2016,25(5):47504756.
13.WangWen,LiTianqi,WangKuaishe,CaiJun,QiaoKe.EffectofTravelSpeedontheStressCorrosionBehaviorofFrictionStirWelded2024T4AluminumAlloy.JournalofMaterialsEngineeringandPerformance,2016,25(5):18201828.
14.CaiJun*,WangKuaishe,HanYingying,AcomparativestudyonJohnsonCook,modifiedZerilliArmstrongandArrheniustypeconstitutivemodelstopredicthightemperatureflowbehaviorofTi6Al4Valloyinα+βphase,HighTemperatureMaterialsandProcesses,2016,35(3):297307.
15.CaiJun*,ZhangXiaolu,WangKuashe,MiaoChengpeng,PhysicsbasedconstitutivemodeltopredictdynamicrecoverybehaviorofBFe1012cupronickelalloyduringhotworking,HighTemperatureMaterialsandProcesses,2016,35(10):10371045.
16.CaiJun*,WangKuaishe,WangWen,CharacterizationofhightemperaturedeformationbehaviorofBFe1012cupronickelalloyusingconstitutiveequationandprocessingmap,RareMetalMaterialsandEngineering,2016,45(10):25492554.
17.CaiJun*,WangKuaishe,MiaoChengpeng,LiWenbing,WangWen,YangJie,ConstitutiveanalysistopredicthightemperatureflowbehaviorofBFe1012cupronickelalloyinconsiderationofstrain,MaterialsandDesign,2015,65:272279.
18.CaiJun*,WangKuaishe,ZhaiPeng,LiFuguo,YangJie,AmodifiedJohnsonCookconstitutiveequationtopredicthotdeformationbehaviorofTi6Al4Valloy,JournalofMaterialsEngineeringandPerformance,2015,24(1):3244.

1.中国有色金属科技论文一等奖“ConstitutiveanalysistopredicthightemperatureflowbehaviorofBFe1012cupronickelalloyinconsiderationofstrain”，2017

2.中国有色金属工业科技一等奖，2018

3.陕西省科学技术进步奖，一等奖，2021

4.西安建筑科技大学第四届”饮水思源”师德风尚奖，2020