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Linzhong Zhuang
发布日期:2013-1-18 14:37:47 阅读次数:2328

Linzhong Zhuang

1000Plan Chair Professor

Director, Engineering Research Center of Advanced Materials,

University of Science and Technology Beijing

Principal Scientist, Head Global Innovation Research; TATA R&D Center,

University of Science and Technology, Beijing

30 Xueyuan Road, Haidian District, Beijing 100083 P.R.China

Email: linzhongzhuang@yahoo.com

EDUCATION

1982.02 Shanghai University,                       B.S.

1984.12 University of Science and Technology Beijing    M.S.

1989.02 Technical University of Denmark,            Ph.D

Professional Experiences

1989.2-1989.6 Technical University of Denmark Postdoctoral researcher

1989.6-1995.6 Technical University of Delft Research fellow/Faculty staff

1995.7-2001.1 Corus RD&T Researcher/Senior researcher

2001.1 - now Corus (TATA) RD&T Principal Scientist / R&D Project Manager

2007.5 - now University of Science and Technology Beijing Guest professor

2009.10 -now General research institute of Non-ferrous Materials Adjunct professor

2010.3 - now University of Science and Technology Beijing 1000Plan Chair Professor

RESEARCH INTRERSTS

Design and development of new light metals (2xxx, 5xxx, 6xxx and 7xxx series Al alloys)

Processing and characterization of new metallic materials

Development and applications of automotive materials (5xxx, 6xxx and 7xxx series Al alloys)

Development and applications of aerospace materials (7xxx series Al alloys)

Development and applications of ship building materials (5xxx series Al alloys)

Texture control and optimization for advanced Al alloys

Computer simulation for casting and alloy design

SELECTED PUBLICATIONS LIST

1. The effect of particle-stimulated nucleation on texture banding in an aluminium alloy,Scripta Materialia,2010,63(5):461-464

2. Influence of Ge-Si additions on ageing response and property improvement in 2xxx alloysProc. of TMS2009, San Francisco, USA

3. Effect of asymmetric rolling on texture and anisotropy of AA6016 alloy for automotive applicationsProc. of TMS2008, New Orleans, USA

4. The influence of copper content on intergranular corrosion of model AlMgSi(Cu) alloysMaterials and Corrosion, Vol. 59(8) p.670

5. Instabilities in the Superplastic Deformation of Coarse-grained AA5182 Aluminium AlloysProc. of ICAA-11, Pbl. Wiley-VCH GmbH & Co. Vol. 2, p. 1423

6. Deformation and Recrystallization Texture Control in 6016 Al alloyProc. of ICAA-11, Pbl. Wiley-VCH GmbH & Co. Vol. 2, p. 1149

7. Evaluation of the effect of Cu on the paint bake response of pre-aged AA6xxx alloysProc. of the ICAA-8, Pbl. Mater. Sci. Forum Vols. 396-402, p. 607

8. Fast aging kinetics of the AA6016 Al-Mg-Si alloy and the application in forming processingMetall. & Mater. Trans. A,2002,Vol. 33A, p.3121-3126.

9. A new 5xxx series alloy developed for automotive applicationsAluminium,2002, 78(9), p.750

10. Natural ageing effect on the bake hardening response in Al-Si-Mg-alloysAluminium 2001: Proc. of the 2001 TMS Annual Meeting Automotive Alloys and Joining Aluminium Symposia, 77-91

11. Influence of hot deformation parameters on texture and earing behaviour of AA5005Proc. of ICAA-7, Pbl. Mater. Sci. Forum 2000,Vols. 331-337, p. 787

12. Recent development in aluminium alloys for the automotive industry, Mater. Sic. Eng. 2000, Vol. 280(1), p. 37

13. Differential scanning calorimetry study on AA6016 alloy, Proc. of ICAA-6, Pbl. The Japan Institute of Light Metals, 1998,Vol. 2, p. 817

14. Texture variation at hot rolling gauge of AA1050 alloy and its effect on earing behaviour, Proc. of ICAA-6, Pbl. The Japan Institute of Light Metals, 1998,Vol. 2, p. 1209

15. Recent developments in AA6016-T4 aluminium type body sheet product, SAE Technical Paper Series 981007,1998

16. The effect of small particles on annealed grain size and texture of Al-Si-Mg alloys, Proc. of ICAA-5, Pbl. Mater. Sci. Forum ,1996, Vols. 217-222, p. 487

17. Effect of alloy modification on tensile and fatigue properties of a cast Co-Cr-Mo alloy used for surgical implant component applications, Chapter in the Handbook of Advanced Materials Testing , Marcel Dekker, Inc. USA, 1995.

18. Microstructure of the Osprey processed Cr-containing Ni3Al-X intermetallic in conjunction with solidification model at the deposition, Scripta Metall. et Mater.,1990, Vol. 24(11), p. 2025

19. A modified spray deposition model verified with Ni3Al-Cr intermetallic alloys, Scripta Metall. et Mater., 1990,Vol. 24(11), p. 2089

20. Observations on the faceted fatigue fracture of a cast Co-Cr-Mo alloy used for surgical implants, Metall. Trans. A, 1989, Vol. 20A, p. 99

SELECTED PATENTS LIST

1. Al-Zn-Mg alloy product with reduced quenched sensitivity, US2011111081 (A1) , 2011.05.12.

2. Al-Cu alloy product suitable for aerospace application, US2010089502 (A1), 2010.04.15.

3. High damage tolerant AA6/xxx-series alloy for aerospace application, WO2007144186 (A1),2007.12.21.

4. Process for producing aluminium alloy sheet material with improved bake-hardening response, WO2006005573 (A1), 2006.01.19.

5. Wrought aluminium alloyES2286556 (T3), 2007.12.01.

6. TOLE D ALLIAGE AlMgSiFR2841568 (A1) ― 2004-01-02

7. Produit en Alliage AlMgSi Lamine Pouvant Etre Traite Thermiquement, FR2841567 (A1),2004.01.02.

8. Werkwijze voor het vervaardigen van een aluminiumplaat, NL1015911 (A1), 2000.09.27.

9. Producing aluminium plate, useful for making exterior automotive parts, from an AA6000 type alloyNL1010186 (A1) ― 1998-11-10

10. Production and heat treatment of ductile aluminium plate, NL1006511 (C2), 1998.05.29.

11. Method for the manufacture of aluminium alloy sheetEP0801141 (A1), 1997.10.15.

 

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