Lulinfeng Professor

• Department: School of Civil Engineering
• Gender: male
• BirthDate: 1972-08-13
• Career: Professor
• Degree: Doctoral Degree
• Academic Credentials: Doctoral candidate
• Graduate School: Xi an University of Architecture and Technology
• Tel: 13709210815
• Email: lulinfeng@chd.edu.cn
• Address School: No.161, Chang an Middle Road
• PostCode School: 710061
• Fax School: 029-82337341
• Office Location: Xiaozhai campus of Chang an University
• Education experience:

  1. From Nov 2000 to Dec 2003, Xi'an University of Architecture and Technology, Structural Engineering, Ph.D.

  2. From Nov 1989 to Jul 1993, Xi'an Institute of Metallurgical Architecture, industrial and civil construction, Bachelor.
  

Ph.D, Professor, master tutor, visiting scholar at Auckland university in New Zealand. He has been engaged in the teaching and researching of structural engineering, steel structures and steel-concrete composite structures, and laboratory management. He presided over the completion of the National Natural Science Foundation and other research projects more than 20, as the main researchers to participate in the completion of the National Natural Science Foundation, including the Ministry of Science and Technology of international cooperation projects, including all kinds of more than 10 scientific research projects, has won the national scientific and technological progress second prize, won three national invention patents, 6 utility model patents, published over 70 papers at home and abroad, the ginseng works and teaching materials of four. He is now "Steel and compsite", " Advances in strucural", "Journal of construction steel research", "Journal of Building Structures", "Journal of Central South University / English", "Journal of Central South University / Natural Science Edition", "China Journal of Changchun University (Natural Science Edition)", "Journal of Changsha University of Science and Technology", "Journal of Xi'an University of Architecture and Technology", "Natural Science Edition", "Journal of Changsha University of Science and Technology", "Journal of Building Science and Engineering Impact" and other journals reviewers.

1. Deputy Director of Shaanxi Science and Education Committee of Jiu San Society

2. Director of the Construction Engineering Steel Structure Branch of the Shaanxi Civil and Architectural Society

3. Standing member of China Construction Metal Association's Inspection, Appraisal, Reinforcement and Reconstruction Branch

4. Standing director of Aluminum Alloy Structure Branch of China Construction Metal Association

1. The basic theory of steel structure and its application;

2. Light steel structure;

3. Steel - concrete composite structure;

4. Steel structure seismic;

5.Antique construction steel structure.

Steel structure and composite structure

Course Design of Steel Structure and Combined Structure

Course Design of Steel Structures

Basic theory of steel structure

Steel structure design

Steel structure

(I) subject:
Vertical researching projects:

1. Basic research project of natural science foundation of shaanxi province (2007E225) : Cold-formed thin-walled steel door frame of the key technology research, 2007.6 ~ 2009.6

2. Xi'an Construction Science and Technology Education Project: Steel structure staggered truss assembly system of seismic and standardization design research, 2006.6 ~ 2008.6

3. Excellent young science fund project of chang 'an university: A study on the stable design of cold-curved thin-walled steel door type rigid frame, 2005.10 ~ 2007.12

4. National natural science foundation project (51278061) : Study on the mechanical properties and design methods of the weak shaft connection of the reinforced type of the node domain box type reinforced type column, 2013.1-2016.12

Teaching researching subject:

1. Education teaching research topic of chang 'an university: Multimedia teaching practice and evaluation of steel structure course, 2008.1 ~ 2009.5

Horizontal researching project:

1. The research and development of the steel structure system of the steel structure flat roof of owens corning steel structure, 2006.8 ~ 2007.3

2. Wind tunnel test of shan'xi cultural center, 2008.4 ~ 2008.6

(ii) participate in the subject:

Vertical researching projects:

1. The ministry of science and technology international cooperation in science and technology key projects (2002 df000010) : New technology research department of civil and environmental engineering resources component - light steel structure housing system key technology integration and industrialization, 2002.10 ~ 2004.12

2. National Natural Science Foundation of China (50578013): Multi-layer cold-formed thin-walled steel load-bearing structure of the study, 2005.10 ~ 2007.12

3. National Natural Science Foundation of China: Steel-concrete composite deep-beam filled steel frame hysteresis performance and theoretical study, 2006.10 ~ 2008.12

4. Scientific research fund of the doctoral program of higher education: The study of the stress performance of the energy-saving wall of cold-curved thin-walled steel buildings, 2005.10 ~ 2007.12

5. National natural science foundation youth project (51108033) : Researching on the stress performance and designing theory of cold-curved thin-walled steel concrete composite floor, 2012.01-2014.12

6. National Natural Science Foundation of China (50678025): Steel-concrete composite deep-beam filled steel frame hysteretic performance and theoretical study, 2007.1-2009.12

7. National Natural Science Foundation of China (51408055): Mechanism and Design Countermeasure of Ductile Fracture of H-beam Beam Based on Microscopic Mechanism, 2015.1-2017.12

Horizontal researching project:

1. National standard management group of cold bending thin-walled steel structure technical specification: research on the performance of high-strength cold-bending thin-walled steel axial compression column, 2004.12-2005.9

2. Calculation method of cold-curved thin-walled steel structure and the study of truss limit span, 2005.6 ~ 2005.9

1、Xu, Yinglu  Lu, Linfeng   Zheng, Hong    Parametric Study of Weak-Axis Beam-to-Column Composite Connections with Asymmetrical Reduced Beam Section   INTERNATIONAL JOURNAL OF STEEL STRUCTURES  

卷: 19

期: 2

页: 351-365

1. LU Lin-feng, MENG Gaoshan. Discussion on the Application of Light Steel Structure in Shaanxi Construction Market [J] .Northwest Architecture and Building Materials, 2002 (7): 5-8.

2. LU Lin-feng, CHI Qi.Effects of roof slope on the second-order effect and calculation formula of second-order bending moment [J]. BUILDING STRUCTURES, 2002 (2): 26-28..

3. LU Lin-feng, XIE Qi, ZENG Ke. Analysis of MATLAB and Architecture [J]. Architecture Technology Development, 2003, 30 (2).

4. LU Lin-feng, GU Qiang.Performing the development of light steel structure in the western construction market [J] .Sichuan Architecture Science Research, 2003, 29 (2): 18-20.

5. LU Lin-feng, GU Qiang, SU Ming-zhou, et al.Design of typical nodes of staggered truss [J]. Sichuan Architecture Science Research, 2005, 31 (5): 25-28.

6. LU Lin-feng, GU Qiang. Limits and Shear Capacity of Thickness Ratio of Wedge-shaped Beams of Portal Frames with Variable Cross-section [J]. Industrial Buildings, 2004, 34 (3): 74-76.

7. LU Lin-feng,Gu Qiang,SUMing-zhou,SHEN Lin,HU Tian-bing. Construction and Design of Staggered - truss Joints with Steel Structures[J], Industrial buildings, 2005 35(7), 83-85.

8. LU Lin-feng, GU Qiang, SU Ming-zhou, et al.Design of typical nodes of staggered truss[J]. Sichuan Architecture Science Research, 2005, 31 (5): 25-28.

9. Lu Linfeng , Zhou Xuhong , Zhou Tianhua , Liu Yongjian. Design method for connection of end-plate anchors[J]. Construction techniques  2006, 35(3): 32-35.

10. LU Lin-feng, GU Qiang, SU Ming-zhou.Study on Calculating Length of Columns in Steel Staggered Truss System [J]. Sichuan Architecture Science Research, 2006, 32 (3): 14-18.

11. LU Lin-feng, GU Qiang, SU Ming-zhou. Computational length in column plane of misaligned truss system [J]. Building Structures, 2006 (8): 31-34.

12. LU Lin-feng.Effects of Swing Column on 2nd Order Effect of Portal Frame [J]. Sichuan Architecture Science Research, 2006, 32 (4): 41-44.

13. LLin-feng,GUqiang,SUMing-zhou,ZHOU Tian-hua. Torsion effect evaluation of the  staggered truss steel framing. Proceeding of ninth international symposium on  structural engineering for young experts, 2006.8 Vol. 1,

14. LU  Lin-feng,ZHOU Xu-hong,Zhou Tian-hua,Liu Yong-jian. Design method of the anchor bolt  extended end-plate connections Proceeding of ninth international symposium on  structural engineering for young experts, 2006.8 Vol. 1,

15. LU Lin-feng, GU Qiang, SU Ming-zhou, et al. Torsional effect evaluation of steel structure misaligned truss system [J]. Building Structures, 2007 (2): 82-84.

16. LU Ting-feng, ZHOU Xu-hong, LIU Yong-jian, et al.Design of staggered truss structure [J]. Journal of Xi'an University of Architecture & Technology (Natural Science Edition), 2007, 39 (3): 308-313.

17. LU Lin-feng, DONG Liu-fang, LI Kun.Studies and Prospects of Cold-Formed Steel-Wall Rigid Frame Structures[J].Sichuan Architecture Science Research, 2008, 34 (1): 14-17.

18. LU Lin-feng, DONG Fang-liu, ZHOU Xu-hong. Affect cold-formed steel portal frame ultimate bearing capacity factor[J].Civil Construction and Environmental Engineering 2008,30(3): 30-34.

19. LU Lin-feng, DONG Liu-fang, LI Kun.Study on simulation analysis method of rigid-type cold-formed thin-wall steel gantry frame [J]. Sichuan Architecture Science Research, 2008, 34 (5): 21-24.

20. LU Lin-feng, DONG Liu-fang, ZHOU Xu-hong.Study on skin effect of cold-formed thin-walled steel gate frame [J]. Sichuan Architecture Science Research, 2009, 35 (4): 15-18.

21. LU Lin-feng, ZHOU Xu-hong, et al.Study on internal force and displacement of staggered truss under horizontal load considering torsion effect [J]. Sichuan Architecture Science Research, 2009, 35 (3): 1-5.

22. LU Lin-feng, FANG Wen-qi, ZHOU Tian-hua.Study on the Mandatory Provisions of GB 50017-2003 [J]. Industrial Construction, 2009, 39 (6): 28-31.

23. LU Lin-feng, ZHANG Tao, SUN Kai.Study on seismic behavior of GRC filled steel frame [J]. Journal of Building Structures, 2010 (s1): 7-11.

24. LU Ling-feng ZHANG Ya-ping,FANG Wen-qi,YANG Dong-hua. Experimental study on shear behavior of cold - formed thin - walled steel self - tapping screws [J]. Journal of Central South University (Natural Science Edition) 2013, 44(8): 2997-3005.

25. LU Lin-feng, LIU Zi-long, LI Cheng-cheng, LIU Dong-shun, ZHANG Tao.. Domain box node connection steel frame reinforcing the mechanical properties and economy of formula I-shaped column weak axis analysis[J].Architecture and Engineering, 2015,32(3), 52 -59.

26. LU Lin-feng, ZHANG Ya-ping.Effects of Factors Influencing Mechanical Performance of Coal Gangue Hollow Brick Wall under Horizontal Load [J]. Journal of Central South University (Natural Science Edition), 2015 (6): 2274-2284.

27. LU Lin-feng, YUAN Ye, ZHOU Tian-hua, et al.Experimental study on seismic behavior of I-shaped column steel frames with box-shaped joints [J]. Journal of Building Structures, 2016, 37 (7): 64-73.

28. LU Lin-feng, HUANG Peng-gang, ZHANG Shun.Finite element analysis of seismic behavior of beam joints with weak joints in beam end joints [J]. Steel Structures, 2016, 31 (12): 7-12.

29. LU Ting-feng, YAN Jie, YU Hao-jie.Finite Finite Element Analysis of Seismic Behavior of Reinforced Small I-Shaped Columns with Thin Plate [J]. Steel Structures, 2016, 31 (9): 1-6.

30. LU Lin-feng,XU Ying-lu,ZHOU Tian-hua,ZHENG Hong. Experimental Study on Monotonic Loading of H-beam-Shaped Shaped Box Joint Node Domain [J]. Journal of Building Structures, 2016, 37 (2): 73-80. [J]. Journal of Building Structures, 2016, 37 (2): 73-80.

31. LU Lin-feng, LIU Jie, KUANG Yi.Study on seismic behavior of weak joint of joints with weakened cross-section beam and box-shaped reinforced I-shaped columns [J]. Steel Structures, 2017, 32 (2): 31-35.

32. LU Lin-feng, ZHENG Hui-xiao, Liu Jie.Nonlinear Finite Element Analysis of Reinforced Joints of Reinforced Joints with Box Type Reinforced Joints in Joints[J].Progress of Building Steel Structures,2017, 19(2): 22-28.

33. LU Lin-feng, LIN Jian-jun, HU Ben-feng.Study on Seismic Behavior of Reinforced Weak Shaft Connections with Double-ribbed Beams [J]. Journal of Building Science and Engineering, 2017, 34 (3): 47-55.

34. LU Lin-feng, SONG Wen-long, WANG Lu-lu.Studies on Joints of Weak Shaft Connections in Steel and Frame Beam Top and Bottom Corner [J]. Steel Structures, 2017, 32 (4): 11-15.

35. LU Lin-feng, SONG Wen-long, LIU Zi-long.Hystering performance analysis of weakly connected joints of steel and bottom beams at the top and bottom of steel frame [J]. Steel Structures, 2017, 32 (5): 55-60.

36. LU Lin-feng, ZHONG Li-li, HU Ben-feng, LIN Jian-jun. Luling Feng et al. Hysteretic behavior of weakly connected shafts in box-shaped nodal domain.nJournal of Building Science and Engineering, 2017, 34 (4): 48-56

37. LU Lin-feng, XU Ying-lu, ZHENG Hong.Experimental Study on Seismic Behavior of H-shaped Steel Columns with Weak Joints [J]. Journal of Building Structures, 2017, 38 (8): 124-132.

The second prize of national science and technology progress award in 2006

1. From Nov 2017 to present,  School of Civil Engineering, Chang'an University, professor

2. From Nov 2006 to Nov 2017,  School of Civil Engineering, Chang'an University, associate professor

3. From Mar 2004 to Nov 2006, School of Civil Engineering, Chang'an University, lecturers