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1)苏梅. The study of the relationship between local mechanical energy dissipation and local heat transfer coefficient on the fin side of tube bank fin heat exchanger,The 4th Asian symposium on computational heat transfer and fluid flow,2013,CPCI

2)林志敏. Numerical study on heat transfer enhancement of circular tube bank fin heat exchanger with interrupted annular groove fin,The 2nd international workshop on heat transfer advances for enengy conversation and pollution control,2013,CPCI

3)宋克伟. Interactions of vortices and the augmentation of heat transfer in a flat tube bank fin heat exchanger by vortex generators,The 4th Asian symposium on computational heat transfer and fluid flow,2013,CPCI

4)王烨. Application of a new turbulent k-ε model to heating of a resident building ,The 4th Asian symposium on computational heat transfer and fluid flow,2013,CPCI

5)曹茹. Topology Optimal Design of Heat Conductive Structure Based on|Temperature Gradient Criterion,CPCIS

6) Z.M. Lin,Q.F. Gao,Q. Zhang, L.B. Wang. A new method to specify the outline boundary condition of the channel formed by tube bank fins, Asian Symposium on Computational Heat Transfer and Fluid Flow(ASCHT09),Jeju,Korea,2009,Oct.20-23. 
7) M. Su,L.B.Wang,Z.M.Lin,K.W.Song. The criteria of convergence in conjugated simulation of fluid flow and heat transfer in the channel formed by tube bank fins, Asian Symposium on Computational Heat Transfer and Fluid Flow(ASCHT09), Jeju, Korea, 2009,Oct.20-23 
8) C.Y. Zhao,F.F. Yu,L.B. Wang,H.J.Wang. Heat transfer characteristics in a wheel with a fast moving heat source, Asian Symposium on Computational Heat Transfer and Fluid Flow(ASCHT09), Jeju, Korea,2009,Oct.20-23 
9) X. Wu,L.B.Wang,K.W. Song,Z.M. Lin. The contribution of the secondary flow induced by flat tube bank to convective heat transfer in a channel formed by flat tube bank fins, Asian Symposium on Computational Heat Transfer and Fluid Flow(ASCHT09), Jeju, Korea,2009,Oct.20-23 

10) Z. M. Lin,D. L. Sun,L. B. Wang. Absolute vorticity flux along the main flow and its relationship with heat transfer in a circular tube fitted with a twisted tape insert, International Conference on System Design, Tokyo, Japan,2008,Dec.10-12 
11) K. W. Song,L. B. Wang. Checking the robustness of numerical method comparing with local experimental results, International Conference on System Design,Tokyo, Japan,2008,Dec.10-12 
12) W. H. Zhou,L. C. Wang,L. B. Wang. A model of water transfer between gas and liquid phases in PEMFC enforcing water mass balance, International Conference on System Design, Tokyo, Japan,2008,Dec.10-12 
13) L. B. Wang. Collaboration example and plan with Lanzhou Jiaotong University of China, International Conference on System Design, Tokyo, Japan,2008,Dec.10-12 
14) K. W. Song,L. B. Wang. Numerical study of relationship of heat transfer intensity and absolute vortex flux intensity of flat tube bank fin with vortex generators mounted on both surfaces of fin. Asian Symposium on Computational Heat Transfer and Fluid Flow, Xi'an, CHINA,2007,October 
15) K. Zhang,L. L. Li,L. B. Wang,Yang-Dong Chu,Ying-Xiang Chang. Comparison of Classical and Compact Finite Difference Schemes on Non- uniform Meshes for Second Derivative, Asian Symposium on Computational Heat Transfer and Fluid Flow, Xi'an, CHINA,2007,October

16) L. B. Wang,D. L. Sun,J. F. Fan,Y. H. Zhang. Numerical Study of Interactions of Vortices Generated by Vortex Generators and Their Effects on Heat Transfer Enhancement,4th European Thermal Science Conference,28th-31st March,2004, Birmingham,UK. 
17) L. B. Wang,Y. X. Yu,F. Gen,Y. H. Zhang. The Optimal Fin Spacing for 3-Row Flat Tube Bank Fin Mounted with Vortex Generators,4th European Thermal Science Conference, 28th-31st March, 2004, Birmingham,UK. 
18) J. L. Feng, L. C. Wang, L. B. Wang. Numerical Study of Two Phases Flow and Mass Transfer in Proton Exchange Membrane Fuel Cell, 4th European Thermal Science Conference,28th-31st March,2004,Birmingham,UK.

19) N. I. Wakayama,L. B. Wang,M. Ataka. The effect of a strong magnetic field on protein crystal growth, SPIE, July 7-11,2002,Seattle,USA. 

20) L. B. Wang,N. I. Wakayama. Convection characteristics of protein solution under high magnetic field, 6th International Symposium on Magnetic Suspension Technology, Torion,Italy,2001.

21) C. W. Zhong,L. B. Wang,N. I. Wakayama. Suppression of natural convection in electrically low-conducting fluids under high magnetic field, 2nd Pan pacific Basin Workshop on Microgravity, Sciences, Paper CG-1050, California, USA, 2001. 

22) Y. H. Zhang,Y. X. Dong,Y. G. Mei,Y. Qiu,L. B. Wang. The experimental study of heat transfer enhancement and pressure drop characteristics with wing-type vortex generators for staggered circular tube bank fin compact heat exchanger, Sym. Energy Engineering in the 21st century, Hong Kong,China,2000.
23) L. B. Wang,W. Q. Wang,W. Q. Tao. Experimental and numerical study of developing turbulent flow and heat transfer in convergent/divergent ducts with concave opposite walls, AJTE99-6394, 5th ASME/JSME Joint Thermal Engineering Conference, San Diego, California,USA,1999. 
24) L. B. Wang,W. Q. Wang,W. Q. Tao. Experimental and numerical study of developing turbulent flow and heat transfer in convergent/divergent ducts with concave opposite walls, AJTE99-6394, 5th ASME/JSME Joint Thermal Engineering Conference, San Diego, California,USA,1999. 

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