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分類:導師信息 來源:天津大學管理與經濟學部 2019-06-03 相關院校:天津大學
天津大學管理與經濟學部工業工程系研究生導師何楨介紹如下:
何楨,工業工程系 教授
電子郵箱:zhhe@tju.edu.cn
研究方向:研究方向:質量管理;質量工程;六西格瑪與精益生產
個人簡介
何楨,天津大學管理與經濟學部教授、博士生導師,學部副主任兼工業工程系主任。國家杰出青年基金獲得者,國際質量科學院院士(IAQ Academician),國務院政府特殊津貼專家,國家百千萬人才工程入選者,獲有突出貢獻的中青年專家,教育部新世紀優秀人才;國家級精品課“質量管理”負責人、國家級雙語課“質量管理”負責人。于1988年獲得天津大學工業管理工程學士學位,1991年獲得天津大學管理工程碩士學位,2001年獲得天津大學管理科學與工程博士學位。主要研究領域為質量管理與質量工程、精益六西格瑪、運營管理。講授課程包括工業工程學科導論(本科)質量管理(本科)、現代質量工程(研究生)、精益六西格瑪(MBA)、運營管理(MBA)等。
何楨教授在國際期刊European Journal of Operational Research, Total Quality Management & Business Excellence, Quality and Reliability Engineering International, Quality Engineering等國際期刊發表論文50余篇;在《管理科學學報》、《系統工程理論與實踐》等中文核心期刊發表近百篇。并出版《六西格瑪管理》、《運營管理》等多部著作和教材。作為負責人先后承擔國家自然科學基金杰出青年基金、三項重點項目、四項面上項目。研究成果獲省部級一等獎3次、二等獎3次,曾獲天津青年科技獎和天津市五一勞動獎章等獎勵。
何楨教授曾作為Fulbright學者在美國西伊利諾伊大學從事研究工作,在賓州州立大學做訪問學者。擔任國際期刊“Computers and Industrial Engineering”領域主編和多個期刊的編委,擔任中國質量協會常務理事、教育與學術委員會副主任;全國精益六西格瑪管理推進工作委員會專家委員會主任;管理科學與工程學會常務理事;天津市工業工程學會理事長等。
研究成果
【國際期刊論文】
[1] Zuo Ling, Zhen He, Min Zhang*, Fadel M. Megahed. An Image-Based Multivariate Generalized Likelihood Ratio Control Chart for Detecting and Diagnosing Multiple Faults in Manufactured Products. International Journal of Production Research(SCI), 2015, Online available doi: 10.1080/00207543.2015.1062569 (SCI)
[2] Min Zhang, Yahui Xu, Zhen He, Xuejun Hou. Assessing the effect of estimation error on risk-adjusted survival time CUSUM chart performance. Quality and Reliability Engineering International (SCI), 2015, Online available, doi: 10.1002/qre.1849
[3] He, Y., *He, Z., Huang, H. Decision making with the generalized intuitionistic fuzzy power interaction averaging operators, Soft Computing, Article in Press, DOI: 10.1007/s00500-015-1843-x
[4] Duo Yang, Zhen He, Shuguang He*. Warranty Claims Forecasting based on a General Imperfect Repair Model Considering Usage Rate. Reliability Engineering and System Safety, 2016, 145: 147-154
[5] He, Y., *Chen, H., He, Z., Wang, G., Zhou, L. Scaled prioritized aggregation operators and their applications to decision making. Soft Computing, 2016, 20,(3): 1021-1039
[6] Liangxing Shi, Qiumeng He, Jingyuan Liu, Zhen He. A Modified Region Approach for Multivariate Measurement System Capability Analysis. Quality and Reliability Engineering International, 2016, 32(1):37-50. doi:10.1002/qre.1724
[7] He, Y., *He, Z., Deng, Y., Zhou, P. IFPBMs and their application to multiple attribute group decision making.(2016) Journal of the Operational Research Society, 67 (1):127-147.
[8] He, Y., *Chen, H., He, Z., Zhou, L. Multi-attribute decision making based on neutral averaging operators for intuitionistic fuzzy information, (2015) Applied Soft Computing Journal, 27:64-76
[9] Wang, G., Niu, Z., *He, Z. Accelerated lifetime data analysis with a nonconstant shape parameter. Mathematical Problems in Engineering, 2015, 2015, 2015:1-8
[10] Wang, H., Liang, L., Niu, Z., *He, Z. Identification of CTQs for complex products based on mutual information and improved gravitational search algorithm.(2015) Mathematical Problems in Engineering, 2015:1-6
[11] Min Zhang, Xujing Dai, Zhen He, An Empirical Investigation of Service Recovery in E-retailing Industry: An Operations Management Perspective, Journal of Service Theory and Practice, 2015, 25(3):348-367.
[12] Juntao Fang, *Zhen He, Linxi Song, Evaluation of Response Surface Designs in Presence of Errors in Factor Levels, Communications in Statistics – Theory and Methods, 2015, 44(18): 3769-3781.
[13] Yingdong He, Zhen He,Intuitionistic Fuzzy Power Geometric Bonferroni Means and Their Application to Multiple Attribute Group Decision Making,Int’l J. of Uncertainty, Fuzziness and Knowledge-Based Systems(IF:0.619),2015, 23(2):285-315.
[14] Yingdong He, Zhen He,Hesitant Fuzzy Power Bonferroni Means and Their Application to Multiple Attribute Decision Making,IEEE Transactions on Fuzzy Systems(6.306),2015, 23(5): 1655 - 1668. DOI: 10.1109/TFUZZ.2014.2372074
[15] Zhen He, Xutao Zhang, Guiqing Xie, Min Zhang, Earphone Terminal Quality Improvement through Sequential Experimental Design, Int’l J. of Quality and Reliability Management, 2015, 32(7).
[16] Jingjing Xiong, Zhen He, *Min Zhang. Assessing quality management practices in hospitals: development and validation of a measurement instrument. Total Quality Management & Business Excellence, 2015, DOI:10.1080/14783363.2015.1012059
[17] *Min Zhang, Lili Huang, Zhen He & Alan G. Wangb, E-service quality perceptions: an empirical analysis of the Chinese e-retailing industry, Total Quality Management & Business Excellence, 2015, 26(11-12): 1357-1372
[18] Yanfen Shang, Xuemin Zi, Fugee Tsung, Zhen He. LASSO-based diagnosis scheme for multistage processes with binary data. Computers & Industrial Engineering, 2014, (72): 198-205. DOI: 10.1016/j.cie.2014.03.013 (3月)( SCI檢索號:,EI: 14287051)
[19] Min Zhang, Biying Jin, G. Alan Wang, Thong Ngee Goh, Zhen He. A study of key success factors of service enterprises in China. Journal of Business Ethics. 2016, 134(1), 1-14. (SSCI, Financial Times 45 Journals, Business Week 20 Journals )
[20] Tianzhi Yu, He Zhen, Qinghua Zhou, Ma Jun, Lihui Wei. An analysis of the factors influencing lung cancer hospitalization expenses using data mining. Thoracic Cancer, 2015, 6(3):338–345
[21] Zhen He, H.K. Kim, J.Y. Moon,A Study on the Effect of Hotel Intelligent Fusion System on Hotel Strategy, Work Process, Employees Satisfaction and Hotel Performance,Multimedia Tools & Application,2015, 74(10):3377-3385
[22] Min Zhang, Wei Wang, Goh T. N., Zhen He. Comprehensive Six Sigma Application - A Case Study. Production Planning & Control, 2015, 26(3):1-16
[23] Zhen He, Panpan Zhou, Min Zhang, Thong Ngee Goh. A Review of Analysis of Dynamic Response in Design of Experiments. Quality and Reliability Engineering International. 2015, 31(4):535–542
[24] Yingdong He, Zhen He, and Huayou Chen. Intuitionistic Fuzzy Interaction Bonferroni Means and Its Application to Multiple Attribute Decision Making. IEEE TRANSACTIONS ON CYBERNETICS, 2015, 45(1): 116-128.
[25] Guodong Wang, Zhanwen Niu & Zhen He,Bias Reduction of MLEs for Weibull Distributions under Grouped Lifetime Data, Quality Engineering,27:341–352, 2015
[26] Shanshan Lv, Zhanwen Niu, Liang Qu, Shuguang He & Zhen He, Reliability Modeling of Accelerated Life Tests with Both Random Effects and Nonconstant Shape Parameters,Quality Engineering,27:329–340, 2015
[27] Zhen He, T.N. Goh,Enhancing the Future Impact of Six Sigma Management,Quality Technology and Quantitative Management (IF: 0.339 ), 2015,12(1) ,83-92
[28] Min Zhang, Guohua Nie, Zhen He, Xuejun Hou. The Poisson INAR(1) One-sided EWMA chart with Estimated Parameters. International Journal of Production Research. 2014, 52(18): 5415-5431.
[29] Min Zhang, GuoHua Nie, Shuguang He, Zhen He. Performance of cumulative count of conforming chart of variable sampling intervals with estimated control limits. International Journal of Production Economics. 2014, 150(4), 114-124.
[30] Yang Zhang, Zhen He, Liang Shan, and *Min Zhang. Directed control charts for detecting the shape changes from linear profiles to quadratic profiles. International Journal of Production Research. 2014, 52(11): 3417-3430.
[31] Zhang,Y, *He, Zhen,. C. Zhang and W H Woodall,Control Charts for Monitoring Linear Profiles with Within-profile Correlation Using Gaussian Process Models, Quality and Reliability Engineering International, 2014, 30:487-501
[32] Zhen He, Xu-Tao Zhang, Min Zhang. Reducing voluntary turnover rate of dispatched employees by the DMAIC process. Total Quality Management & Business Excellence. 2014, 25(7-8): 842-855 (7月)
[33] He, Shuguang,Li, Shijie,He, Zhen,A Combination of CUSUM Charts for Monitoring a Zero-Inflated Poisson Process,Communications in Statistics - Simulation and Computation,2014,43(10)
[34] He, Shuguang, He, Zhen, Wang, G Alan,CUSUM Control Charts for Multivariate Poisson Distribution,Communications in Statistics - Theory and Methods,2014,43(6)
[35] Zhang Min,Wang, G. Alan,*He Shuguang, He Zhen,Modified Multivariate Process Capability Index Using Principal Component Analysis,Chinese Journal of Mechanical Engineering (English Edition), 2014,27(2)
[36] Zhijie Zhang,Zhanwen Niu,*Zhen He,Research on Setup Adjustment Problem Considering Noises based on AR Model,The Asian Journal on Quality,2013, 14(1)
[37] Zhi-jie Zhang, Zhan-wen Niu, Zhan He, Research on setup adjustment problem considering observation noises based on AR model, The Asian Journal on Quality, Vol.14, No.1, pp67-76.
[38] Xiaolei Zhang, Zhen He, An Integrated SPC-EPC Study Based on Nonparametric Transfer Function Model, Applied Mathematics and Information Sciences, 6-3S,759-768, 2012
[39] Shuguang He, Zhen He, G. Alan Wang. Online Monitoring and Fault Identification of Mean Shifts in Bivariate Processes Using Decision Tree Learning Techniques. Journal of Intelligent Manufacturing(SCI). DOI: 10.1007/s10845-011-0533-5 ,2013, 24(1): 25-34
[40] Zhen He, Pengfei Zhu, S H Park, A robust desirability function method for multi-response surface optimization considering model uncertainty, European Journal of Operational Research, 221 (2012),241-247.
[41] Shuguang He, Zhen He, G. Alan Wang. CUSUM Charts for Monitoring Bivariate Zero-Inflated Poisson Processes with an Application in the LED Packaging Industry. IEEE Transactions on Electronics Packaging Manufacturing. 2012, 2(1):169-181
[42] M F TChidi, Zhen He,Yan Bo Li, PROCESS AND QUALITY IMPROVEMENT USING SIX SIGMA IN CONSTRUCTION INDUSTRY, Journal of Civil Engineering and Management.2012,18(1), pp 158-172.
[43] Yang Zhang, He Zhen, Juntao Fang, and Min Zhang. A Nonparametric Control Scheme for Monitoring Phase II Nonlinear Profiles with Varied Argument Values, Chinese Journal of Mechanical Engineering. 2012, 25(3):587-597.
[44] Zhen He, James Hill, Ping Wang, Validation of the theoretical Model Underlying the Baldrige Criteria, Total Quality Management & Business Excellence, 22(2): 243-263.2011.
[45] Zhen He, Jing Wang, Jinho Oh, Park S H, Robust Optimization for Multiple Response Using Response Surface Methodology, Applied Stochastic Models in Business and Industry, 2010,26(2):157-171, (SCI: 591VX)
[46] Zhang Wu, Yafen Liu, Zhen He, Michael B.C. Khoo. A cumulative sum scheme for monitoring frequency and size of an event. Quality and Reliability Engineering International. 2010, 26(6): 541-554.(SCI:666GS;EI: 20104913464625)
[47] Yafen Liu, Zhen He, M. Shamsuzzaman, Zhang Wu. A combined control scheme for monitoring the frequency and size of an attribute event. Journal of Applied Statistics.2010,37(12):1991-2013, (SCI 682PR)
[48] He Zhen, Wang Jing, et al. Robust multi-response parameter design based on RSM, The Asian Journal on Quality, 2009, 10(3)
[49] He Zhen, Han Yajuan, Zhao Shuang, Park S H. Product and Process Optimization Design Through Design of Experiment: A Case Study. Total Quality Management & Business Excellence, 2009, 20(1): 107-113. (SSCI:400IH)
[50] Liu Yafen, He Zhen, Shu Lianjie, Wu Zhang. Statistical Computation and Analyses for Attribute Events. Computational Statistics and Data Analysis,2009, 53 (9): 3412-3425.
[51] He Zhen,Zhang Zhihong. Improvement of Economic Integration of Design with Process Capability Index. Total Quality Management & Business Excellence,2009, 20(11): 1255-1262.
[52] He Zhen, Park S H, Hu Mathew, Knod Ed, Yue Gang. Learn something about your Six Sigma Program’s Maturity. Quality Progress,Aug, 2009,23-28
[53] Wu, Zhang; Jiao, Jianxin; He, Zhen,"A control scheme for monitoring the frequency and magnitude of an event" , International Journal of Production Research, 2009, 47(11), 2887-2902.
[54] Wu Zhang, Jiao Jianxin, He Zhen. A single control chart for monitoring the frequency and magnitude of an event. International Journal of Production Economics, 2009, 119(1), 24-33.
[55] Zhiming Lan, Zhen He, An Investigation and Analysis of the Product Liability of Manufacturers in Shenzhen, The Asian Journal on Quality, 9(2), pp 31-37, 2008.
[56] Jiao, Jianxin Roger,Zhang, Lianfeng Linda,Pokharel Shaligram, He Zhen, Identifying generic routings for product families based on text mining and tree matching, DECISION SUPPORT SYSTEMS, 2007,43 (3): 866-883.
[57] He Zhen, Zhang Yuxuan, Multiresponse Surfaces Optimization Based on Evidential Reasoning Theory, The Asian Journal on Quality, Vol.5 No.1 2004, pp43-51
[58] Jing Sheng, Zhen He, Liang Xing Shi, Integration of Design of Experiments into Quality Function Deployment, The Asian Journal on Quality, Vol.3 No.1 2002.
[59]Zhen He and Ershi Qi and Liu Zixian , Continuous Improvement through Integration of Quality tools. The Asian Journal on Quality, Vol.3 No.2, 2002
【部分國內期刊論文】
[1]施亮星,劉家凱,何楨 醫療血常規檢測系統重復性與再現性研究[J]. 數理統計與管理. 2016, 25(1):24-31
[2]趙小松; 武錦慧; 何楨. 考慮疲勞和工作負荷的人工揀選貨品排程研究, 系統工程學報, 2015,30(5):703-710.
[3]許靜,何楨,基于逼近理想點的渴求函數法在Linear-Profile優化中的應用, 工業工程與管理, 2015, 20(5):89-96.
[4]張旭濤,何楨,多響應穩健性優化的貝耶斯分析,系統工程,2015,33(9):127-132.
[5]徐可,何楨,王瑞,供應鏈關系質量與企業創新價值鏈——知識螺旋和供應鏈整合的作用, 南開管理評論, 2015, 18(1):108-117
[6]李岸達,何楨,何曙光,基于GSA的復雜產品關鍵質量特性識別,系統工程與電子技術,2015, 37(9):2073-2079.
[7]徐可,何楨,王瑞,技術創新網絡的知識權力、結構權力對網絡慣例影響,管理科學, 2014,27(5):24-34.
[8]張志杰,牛占文,何楨,有色觀測噪聲下的多變量設置調整策略,系統工程理論與實踐,2014, 38(8):2121-2126
[9]李岸達,何楨,何曙光. 基于Filter與Wrapper的復雜產品關鍵質量特性識別, 工業工程與管理, 2014,19(3): 53-59
[10]閆偉,何楨,李岸達. 基于CEM-IG算法的復雜產品關鍵質量特性識別[J]. 系統工程理論與實踐. 2014(05)
[11]阮淵鵬,何楨,基于MCS的多狀態復雜系統可靠性評估,系統工程學報,28(3),410-418,2013.
[12]張志杰,牛張文,何楨,考慮設備調整誤差的多變量設置調整問題,計算機集成制造系統,19(5),941-945, 2013.
[13]阮淵鵬,何楨,基于MCS-CA的考慮共因失效的復雜系統可靠性評估,系統工程與電子技術,2013,35(4)
[14]阮淵鵬,何楨,張旭濤,張弛,存在共因失效的復雜可修系統可靠性評估,中國機械工程,2014,10
[15]張敏,聶國華,何楨. 自相關計數過程單側EWMA控制圖的構建. 系統工程學報,2014, 29(2): 280-288 (A類)
[16]李岸達,何楨,何曙光. 基于Filter與Wrapper的復雜產品關鍵質量特性識別, 工業工程與管理, 2014,19(3): 53-59 (B類)(6月)
[17]張旭濤,何楨. 多響應穩健性優化的貝葉斯分析,系統工程,2015(9):127-132.
[18]Zhang Chi, He Zhen, Zhang Yang, Computation of average run length for residual based T2 control chart for autocorrelated process, Transaction of Tianjin University, Vol.18, No.4, 2012, pp291-297
[19]阮淵鵬,何楨,基于MCS的多狀態復雜系統可靠性評估, 系統工程學報,Vol28, No3, 2013, pp410-418
[20]張志紅,何楨,考慮噪聲因子的參數和公差經濟性設計建模策略,管理科學學報,2012(3):61-71
[21]李天恩,何楨. 復雜產品多故障診斷中的核模糊聚類方法. 系統工程理論與實踐,2013, 33(1):181-186.
[22]李天恩,何楨. 基于改進的核化聚類判別分析的故障識別. 管理工程學報, 2012, 26(3):34-41.
[23]李天恩,何楨,基于主成分修整和線性判別分析的重疊故障識別,系統工程學報,已錄用
[24]趙文燕,張換高,何楨,檀潤華, 粗數———一種客戶需求分析方法, 計算機集成制造系統, Vol.17, No.11,p2993-2501,2011.
[25]崔慶安, 何楨, 崔楠,基于SVM的RSM模型擬合方法研究 ,管理科學學報, 11(01), pp 31-41,2008/2.
[26]何楨, 孔祥芬, 宗志宇, 董延峰,基于MVA分析的過程能力指數的置信區間研究,管理科學學報, 10(03), pp 30-36, 2007.
[27]孔祥芬, 何楨, 車建國,供應商進行正態樣本截尾處理的過程能力判斷,系統工程理論與實踐, 06期, pp75-80, 2008.EI
[28]何楨, 梁昭磊,存在關聯因子的裂區試驗設計,系統工程理論與實踐, 29(8), pp 56-63, 2009/8. EI
[29]何楨, 呂海利,多元質量特性穩健性設計方法的優化研究,管理科學, 20(01), pp 2-6, 2007/2.
[30]何曙光, 齊二石, 何楨, 多元質量特性過程能力分析的投影尋蹤方法, 管理科學, 20(02), pp 9-14, 2007.
[31]朱鵬飛, 何楨, 對滿意度函數變異性的評估——一種蒙特卡羅方法,管理科學, 04 期, pp 14-21,2011/8/20
[32]宗志宇, 何楨, 孔祥芬,基于滿意度函數法的多響應穩健性參數設計, 系統管理學報, 16(05), pp.508-512, 2007/10.
[33]張志紅, 何楨, 郭偉, 望目特性穩健參數設計優化標準的構建,機械工程學報, 04期, pp 133-137,2008/4/15,EI
[34]車建國, 何楨, EDWARD M Knod, ANALYSIS AND IMPROVEMENT OF LEAD TIME FOR JOB SHOP UNDER MIXED PRODUCTION SYSTEM, 機械工程學報(英文版), 19(04), pp 487-491, 2006/12,EI
[35]He, Shuguang, Qi, Ershi, He, Zhen, Nie, Bin, Quality control of semiconductor packaging based on principal components analysis , 機械工程學報(英文版), 20(6), pp 84-86, 2007(EI).
[36]朱鵬飛, 何楨,混合模擬退火的多響應參數優化,工業工程與管理, 15(04), pp 83-86, 2010/8/10
[37]符向民, 何楨基于流程增值分析模型的啤酒生產BPR, 工業工程與管理, 12(05), pp 110-115, 2007.
[38]朱鵬飛, 何楨考慮因子容差的多響應曲面穩健優化, 系統工程, 04 期, pp 71-76, 2011/4/28
[39]何曙光, 何楨, 齊二石, 基于馬爾可夫鏈模型的EWMA控制圖性能分析與優化,系統工程與電子技術, 30(06), pp1127-1130, 2008/6/15, EI
[40]何楨, 韓亞娟, 張敏,張凱, 企業管理創新、整合與精益六西格瑪實施研究, 科學學與科學技術管理, 29(02), pp 82-85, 2008/2/10
[41]何楨, 梁昭磊, 張猛, 基于兩因子間相互約束的實驗設計方法, 天津大學學報, 41(04), pp504-508, 2008/4/15.EI
[42]He, Zhen, Wang, Jing,Li, Yong-Fan, An improved generalized distance function approach to multiresponse robust parameter design, Transactions of Tianjin University (English Version), 43(7), pp 644-648, 2010(EI).
[43]張猛, 何楨,考慮交貨期限的生產提前期的優化分析, 天津大學學報(自然版), 42(5), pp 458-464, 2009/5.EI
[44]何楨, 趙有, 馬彥輝模糊QFD中技術特性重要度排序方法, 天津大學學報(自然版), 41(05), pp 631-634, 2008/5/15,EI
[45]He, Zhen, Fang, Juntao,Comparative study of response surface designs with errors-in-variables model,Transactions of Tianjin University (English Version),17(2), pp 146-150, 2011(EI).
[46]趙凱, 何楨, 張敏, 基于主成分分析和不合格率的多元過程能力分析,西北工業大學學報 29(5), pp 745-750, 2011(EI).
[47]施亮星, 何楨,應用穩健性設計改進真空鍍膜過程質量,數理統計與管理, 29(02), pp191-196, 2010/3/22
[48]張敏, 何楨, 岳剛, 王劉平,六西格瑪在F半導體公司BGA產品質量改進的應用,數理統計與管理, 27(03), pp458-465, 2008/5.
[49]何楨, 韓亞娟, 多元系統馬氏田口方法的診斷與分析研究 ,數理統計與管理, 05 期, pp830-838, 2007.
[50]施亮星, 何楨, DMAIC流程在自動焊接質量改進中的應用,數理統計與管理, 27(02), pp 241-249, 2008/3/22.
[51]何楨, 岳剛, 王麗林,六西格瑪管理及其實施 數理統計與管理, 26(06), pp 1049-1055, 2007/11.
[52]宗志宇, 何楨, 孔祥芬,多響應優化方法的比較和應用研究,數理統計與管理, 25(6), pp 697-704, 2006.
[53]張敏,何楨,自相關過程的 質量控制圖,數理統計與管理,Vol.26, No.1, 2007,pp96-100
[54]He Zhen, Zou Feng Cui Qing’an et al Continuous Improvement through Integration of Quality Tools, Chinese Journal of Mechanical Engineering, Vol.19, No.1, 2006, pp72-75(EI檢索)
[55]Che Jianguo,He Zhen, Edward Knod, Analysis and Improvement of Lead Time for Job Shop under Mixed Production System, Chinese Journal of Mechanical Engineering, Vol.19, No.4, 2006, pp487-491(EI檢索)
[56]何楨, 宗志宇,孔祥芬,改進的滿意度函數法在多響應優化中的應用,天津大學學報,Vol39,No9, 2006, pp1136-1140(EI檢索)
[57]何楨,高雪峰、周延虎,基于三響應試驗設計優化的滿意度函數,系統工程,Vol.24, No.7 pp105-110
[58]崔慶安,何楨,車建國,一種基于支持向量機的非參數雙響應曲面法,天津大學學報(自然版),Vol.39,No.8, 2006, pp1008-1014
[59]何楨,董延峰,張敏,方差分析在復雜測量系統能力分析中的應用,數理統計與管理,Vol25, No4,2006, pp386-391
[60]He Zhen, Xiao Yue-xiang. Regression-Based Artificial Neural Network Methodology in Response Surface Methodology. Transactions of Tianjin University. 2004,10(2):153-157. (EI檢索)
[61]胡亞琴,何楨, 論六西格瑪的本質屬性,科學學與科學技術管理,2004,25(10):137-139.
[62]劉子先,何楨,施亮星, 產品責任預防方法與體系研究,管理工程學報,Vol.18, No.1, 2004, pp31-34
[63]何楨,李鋼,齊二石“并行測量設備的測量系統能力方法研究” 天津大學學報 (自然科學版), 2002,Vol35, N0.3, 285-289
[64]何楨,劉豹,齊二石. 基于多變異分析的工序控制方法研究, 管理工程學報,2002,Vol.16,No.2,1-4。
[65]何楨,劉豹,“累計和控制圖在測量系統穩定性中的應用研究”, 系統工程學報, 2002, Vol.17, No.6
[66]何曙光,齊二石,何楨,神經網絡在響應曲面分析中的應用,系統工程理論與實踐,Vol.21 No.12,2001
[67]雷毅,齊二石,何楨,X企業產品裝配工作質量指標的改進,管理工程學報,Vol.15。No.2,2001
[68]何楨,張生虎,劉子先,齊二石,雙響應曲面方法在改進產品設計中的應用研究,系統工程理論與實踐。 2001年第9期。
[69]何楨,張生虎,齊二石. 結合RSM和田口方法改進產品/過程質量.管理工程學報。2001年第1期。
[70]何楨.帶有滯留時間的流水作業計劃排序方法研究.系統工程學報, Vol.10, No.3,1995.
[71]何楨,李從東,劉子先等.N/M/F/C排序問題的啟發式算法.系統工程學報, 1996, Vol.11, No.2.
[72]何楨,齊二石等. 成組流水車間零件排序的算法研究. 管理工程學報,1996年第4期.
[73]何楨,齊二石. 一般生產車間作業計劃方法研究.系統工程理論與實踐,1996年第12期(EI檢索).
[74]He Zhen Heuristic Study of Flowshop Scheduling to Minimize mean Flow Time with Lot Transfer Considered. , 天津大學學報(英文版). 1998, Vol.4,No.1, 63-67
[75]何楨,等. 工序質量分析與控制中的多變異分析方法. 系統工程理論與實踐,No.5,2000(EI檢索).
[76]劉子先,何楨 等. A Simulated Annealing method for Fault Tree Analysis, 天津大學學報(英文版). 1997, Vol.3,No.2, 70-75.
研究項目
【近五年研究項目】
[1]國家自然科學基金重點項目,產品質量保證策略與質保服務運作研究,2016/01-2020/12,在研,主持
[2]國家自然科學基金國際合作重點項目(中韓合作),基于物聯網大數據分析的過程優化研究, 2017.01-2019.12,在研,主持
[3]國家自然科學基金杰出青年基金,質量管理與質量工程,2012.01-2016.12,主持
[4]國家自然科學基金重點項目, 復雜產品制造過程質量控制與診斷的理論和方法研究,2010.01-2013.12,已結題,主持
學術與社會服務
[1]國際期刊“Computers and Industrial Engineering”領域主編
[2]中國質量協會常務理事、教育與學術委員會副主任;全國精益六西格瑪管理推進工作委員會專家委員會主任
[3]管理科學與工程學會常務理事
[4]天津市工業工程學會理事長
[5]西安交通大學西部質量科學院學術委員會委員
[6]上海交通大學中國質量發展研究院學術委員會委員
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