Shun-lai Zang - 顺来 臧Faculty
Shun-lai Zang (Curriculum Vitae)
Position: Associate Professor
Degree: Xi’an Jiaotong University, China-Ph.D., 2007
Specialty:
- Computational plasticity
- Macro- and mesco-scopic constitutive models
- Springback and formability in sheet metal forming process
- Advanced high strength steels
- Laser shock peening process
- Metal-ceramic coating for aeroengine blade
- Metal fatigue analysis
-Electromagnetism Theory and Its Application
Telephone: +86--8214
Fax: +86--8214
E-mail: shawn@mail.xjtu.edu.cn
Office: Room214, Institute of Areo Engine (Duanya Building).
Room 5054, Building 2 (iHarbourCampus)

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Shun-lai Zang - 顺来 臧Faculty
Shun-lai Zang (Curriculum Vitae)
Position: Associate Professor
Degree: Xi’an Jiaotong University, China-Ph.D., 2007
Specialty:
- Computational plasticity
- Macro- and mesco-scopic constitutive models
- Springback and formability in sheet metal forming process
- Advanced high strength steels
- Laser shock peening process
- Metal-ceramic coating for aeroengine blade
- Metal fatigue analysis
-Electromagnetism Theory and Its Application
Telephone: +86--8214
Fax: +86--8214
E-mail: shawn@mail.xjtu.edu.cn
Office: Room214, Institute of Areo Engine (Duanya Building).
Room 5054, Building 2 (iHarbourCampus)

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Research - 顺来 臧Research
Last updated June 9, 2021
Research Areas:
1. Multi-scale Constitutive Theory
1.1 Elasto-plastic phenomenological constitutive models
1.2 Crystal plasticity constitutive models
1.3 High-temperature damage constitutive models
2. Metal Forming Processes
2.1 Spring-back prediction and compensation in sheet metal forming process
2.2 Microstructure prediction of high-temperature metals in forging process
2.3 Near net-shape forging process of spur gear
3. Mico-laser Shock Peening Process
3.1 Mechanical behavior and modeling of materials at very high strain rates
3.2 Numerical simulation of laser shock peening process
3.3 Micro-laser shock peening equipment development
4. Metal-ceramic Coating for Aeroengin Blade
4.1 Calibrate of multi-layer coating
4.2 Multi-objective design for multi-layer coating structures.
4.3 Evaluation of metal-ceramic coating.
5. High Precision Gear Grinding Machine
5.1 Frequency design of high precision gear grinding machine.
5.2 Mechanical structure analysis of FEM
6. Electromagnetism Theory and Its Application
6.1Electromagnetic Characteristics Measurement
Sponsors:

Collaborators:
Prof. Sandrine Thuillier, University of South Brittany, Lorient, France, post-doc supervisor
Prof. Pierre-Yves Manach, University of South Brittany, Lorient, France.
Prof. Myoung-gyu Lee, Department of Materials Science and Engineering, Korea University, Seoul, Korea
Prof. Jihoon Kim, Pusan National University, Pusan, Korea
Dr. Li Sun, General Motors China Science Lab, Shanghai, China
Dr. Mohsen Safaei, Piping Engineer at JACOBS, Houston, USA
Prof. Hong-neng Cai, School of Materials Science and Engineering, Xi'an Jiaotong University, Xi'an, China
Prof. Jin Liang, School of Mechanical Engineering, Xi'an Jiaotong University, Xi'an, China
Prof. Hong-rui Cao, School of Mechanical Engineering, Xi'an Jiaotong University, Xi'an, China
Prof. Wei-feng He, Science and Technology on Plasma Dynamics Lab, Air Force Engineering University, Xi'an, China
Prof. Guang-yu He, Science and Technology on Plasma Dynamics Lab, Air Force Engineering University, Xi'an, China
Dr. Jun Lin,Southwest Technology and Engineering Research Institute, Chongqing, China.
Prof. Xing-rong Chu, School of Mechanical, Electrical and Information Engineering, Shandong University, Weihai, China
Prof. K. hariharan, Indian Institute of Technology, India
Prof. Xiang-fan Nie, Science and Technology on Plasma Dynamics Lab, Air Force Engineering University, Xi'an, China
Prof.Liu-cheng Zhou, Science and Technology on Plasma Dynamics Lab, Air Force Engineering University, Xi'an, China
Prof.Si-hai Luo, Science and Technology on Plasma Dynamics Lab, Air Force Engineering University, Xi'an, China
Prof.Zhan-wei Yuan, School of Materials Science and Engineering, Chang-an University, Xi'an, China
Prof. Rong-xia Chai, School of Mechanical Engineering, Xi'an University of Science and Technology, Xi'an, China
... to be updated

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Publications - 顺来 臧Publications
Publications: S. L. Zang, Shun-lai Zang
Last updated June 9, 2021
Link to Google Scholar Citations--Zang Papers, Citations, etc.: https://scholar.google.com/citations
Link to Thompson ResearcherID--Zang Papers, Citations, etc.: http://www.researcherid.com/rid/C-5040-2012
Link to ResearcherGate--Zang Papers, Citations, etc.: https://www.researchgate.net/profile/Shunlai_Zang

Submitted / to be submitted
[5]. Shun-lai Zang*, Yan-song Kang, Wei-feng He. Constitutive modeling of strain rate-dependent plasticity of titanium alloy over wide range of strain rates.manuscript in preparation. (2020/12)
[4]. Shun-lai Zang*. Multiscale characterization of surface topography generated by laser shock peening and its impact on contact fatigue. manuscript in preparation. (2020/12)
[3]. Shun-lai Zang*, Ya-zhou Wang, Guang-yu He. Geometric feature extraction and 3D reconstruction of sand based on image processing. to besubmittedto Surface and Coatings Technology. (2020/12)
[2]. Shun-lai Zang*, Xing-rong Chu, Li Sun, Myoung-gyu Lee, Wei-feng He. Nonlinear elasticity under unloading and reloading in metals: constitutive model and its application to springback prediction. to be submitted to International Journal of Plasticity. (2020/12)
[1]. Shun-lai Zang*. Linear transformation-based yield functions incorporating path-dependent subsequent anisotropy. to be submitted to International Journal of Plasticity. (2020/12)
Peer-reviewed international journals
2021
[21]. Jian Long, Lin-jie Zhang, Jie Ning, Zheng-Xiong Ma, Shun-lai Zang. Zoning study on the fatigue crack propagation behaviors of a double-sided electron beam welded joint of TC4 titanium alloy with the thickness of 140mm.International Journal of Fatigue. 146(2021):106145. (2019Impact factor:4.369)
[20]. Zhan-wei Yuan, Yu-tao Han, Shun-lai Zang, Jiao Chen, Guang-yu He, Yan Chai, Zhu-fang Yang, Qin-qin Fu. Analysis of the mechanical properties of TiN/Ti multilayer coating by indentation under a load range from 5mN to 4800mN. Ceramics International 2021. (2019Impact factor:3.83, in press)
[19]. Guang-yu He, Dan-yang Sun,Shun-lai Zang*, Jiao Chen, Zhi-hao Fang. Evaluation of the elastic-plastic properties of TiN Coating by nanoindentation technologies using FEM-reverse algorithm.Surface and Coatings Technology. 409(2021):126855. (2019Impact factor:3.784)
2019
[18]. Zhihao Wang,Shun-lai Zang, Xingrong Chu, Shunying Zhang, Leotoing Lionel. Identification of 7B04 aluminum alloy anisotropy yield criteria with conventional test and Pottier test at elevated temperature.Results in Physics. 15(2019):102655.(2018 Impact factor:3.042)
[17].Shun-lai Zang*, Liu-cheng Zhou, Xiang-fan Nie, Wei-feng He, Li Sun, Myoung-gyu Lee. Nonlinear elasticity under unloading and reloading in metals: theoretical revisition.International Journal of Plasticity. (under revision)(2018 Impact factor:5.502)
[16]. J.H. Choi,Shun-lai Zang, M.G. Lee, J.H. Kim, F. Barlat.Determining the coefficients of a homogeneous anisotropic hardening model for ultrathin steel sheets. International Journal of Mechanical Sciences. 157-158(2019):428-438 (2017 Impact factor:3.570)
2018
[15]. Sandrine Thuillier,Shun-lai Zang, Julien Troufflard, Pierre-Yves Manach, Anthony Jegat. Modeling Bake Hardening Effects in Steel Sheets -- Application to Dent Resistance. Metals. 8(2018):594.(2017 Impact factor:1.704)
2017
[14]. Ya-zhou Wang, Shun-lai Zang*, Li Sun, Jia-wei Ma. Constructing Micro-mechanical Representative Volume Element of Medium Mn Steel from EBSD data. Materials & Design. 129(2017):34-43. (2016 Impact factor:4.364)
2014
[13]. Shunying Zhang, Lionel Leotoing, Dominique Guines, Sandrine Thuillier, Shun-lai Zang. Calibration of anisotropic yield criterion with conventional tests or biaxial test. International Journal of Mechanical Sciences 85(2014):142-151. (2013 Impact factor:2.061)
[12]. Xiangfan Nie, Weifeng He, Shunlai Zang, Xuede Wang, Jie Zhao. Effects study and application to improve high cycle fatigue resistance of TC11 titanium alloy by laser shock peening with multiple impacts. Surface and Coatings Technology 253(2014):68-75. (2013 Impact factor:2.199)
[11]. Shun-lai Zang*, Myoung-gyu Lee, Li Sun, Ji Hoon Kim. Measurement of the Bauschinger behavior of sheet metals by three-point bending springback test with pre-strained strips. International Journal of Plasticity 59(2014):84-107.(2013 Impact factor:5.971)
[10]. Mohsen Safaei, Myoung-gyu Lee, Shun-lai Zang, Wim De Waele. An evolutionary anisotropic model for sheet metals based on non-associated flow rule approach. Computational Materials Science 81(2014):15-29. (2013 Impact factor: 1.879)
2013
[9]. Shun-lai Zang*, Myoung-gyu Lee, Ji-hoon Kim. Evaluating the significance of hardening behaviour and unloading modulus under strain reversal in sheet spring-back prediction. International Journal of Mechanical Sciences 77(2013):194-204. (2012 Impact factor:1.613)
[8]. Shun-lai Zang*, Li Sun, Chao Niu. Measurements of Bauschinger effect and transient behavior of a quenched and partitioned advanced high strength steel. Material Science & Engineering A 586(2013):31-37. (2012 Impact factor: 2.108)
[7]. Yanfang Zhao, Weifeng Wang, Haitao Xin, Shun-lai Zang, Zhiyuan Zhang, Yulu Wu. The remodeling of alveolar bone supporting the mandibular first molar with different levels of periodontal attachment. Medical & Biological Engineering & Computing 51(2013):991-997. (2012 Impact factor: 1.790)
[6]. Jun-hang Guo, Sheng-dun Zhao, Ri-ichi Murakami, Shun-lai Zang. Experimental and numerical investigation for ductile fracture of Al-alloy 5052 using modified Rousselier model. Computational Materials Science 71(2013):115-123. (2012 Impact factor:1.878)
[5]. Mohsen Safaei, Shun-lai Zang, Myoung-gyu Lee, Wim De Waele. Evaluation of anisotropic constitutive models: mixed anisotropic hardening and non-associated flow rule approach. International Journal of Mechanical Sciences 73(2013):53-68. (2012 Impact factor:1.613)
2012
[4]. Mohsen Safaei, Wim De Waele, Shun-lai Zang. Evaluation of associated and non-associated flow metal plasticity: application for DC06 deep drawing steel. Key Engineering Materials 504-506(2012):661-666. (non-SCI)
2011
[3]. S.L. Zang*, C. Guo, S. Thuillier, Myoung-gyu, Lee. A model of one-surface cyclic plasticity and its application to springback prediction. International Journal of Mechanical Sciences 53(2011):425-435. (2012 Impact factor:1.613)
[2]. S.L. Zang, S. Thuillier, A. Le Port, P.Y. Manach. Prediction of anisotropy and hardening for metallic sheets in tension, simple shear and biaxial tension. International Journal of Mechanical Sciences 53(2011):338-347. (2012 Impact factor:1.613)
2007
[1]. S.L. Zang*, J.Liang, C. Guo. A constitutive model for sheet springback prediction in which the change of Youngs modulus with plastic deformation is considered. International Journal of Machine Tools and Manufacture 47(2007):1791-1797. (2012 Impact factor:2.262)
International conference proceedings
2021
[6]. Suketa Chaudhary, R.Ganesh Narayanan, Shun-lai Zang. Prediction of stretching behavior of aluminium alloy sheet using different yield functions.In: 40th International Deep-Drawing Research Group Conference(IDDRG2021), 2021.
2015
[5]. Shun-lai Zang*, Fang Shao. Calibration of the Bauschinger behavior of aluminum alloy sheet by prestrain-bending approach. In: 7th International Conference on Tube Hydroforming (Tubehydro 2015), Xi'an, China, September 9-11, 2015.
2014
[4]. Shun-lai Zang*, Myoung-gyu Lee, Ji Hoon Kim, Mohsen Safaei. A new representation of linear transformation tensor for the description of plastic subsequent anisotropy. In: Numisheet2014, the 9th International Conference and Workshop on Numerical Simulation of 3D Sheet Metal Forming Processes, Melbourne Australia, Jan 6-10, 2014.
[3]. Mohsen Safaei, Shun-lai Zang*. Benchmark04: Wrinkling during cup draw. In: Numisheet2014, the 9th International Conference and Workshop on Numerical Simulation of 3D Sheet Metal Forming Processes, Melbourne Australia, Jan 6-10, 2014.
2012
[2]. Mohsen Safaei, Wim De Waele, Shun-lai Zang. A rate-independent non-associated consitutive model for finite element simulation of sheet metal forming. In: Plasticity 2012, Puerto rico, Jan 3-8, 2012.
2011
[1]. Shun-lai Zang*, Myoung-gyu Lee. A general yield function within the framework of linear transformations of stress tensors for the description of plastic-strain-induced anisotropy. In: NUMISHEET2011: The 8th Internatinal Conference and Workshop on Numerical Simulation of 3D Sheet Metal Forming Processes, Seoul, Korea. August 21-26, 2011.

Domestic conference proceedings

2015
[2]. Shun-lai Zang*. Influence of Non-linear Unloading Behavior of Advanced High Strength Steels on Springback Prediction (In Chinese). In: 14th Annual Conference of Plastic Engineering Society, Hefei, Anhui, China, October , 2015.
[1]. Shun-lai Zang*. Influence of Bauschinger Behavior and Degradation of Elastic Modulus with Plastic Deformation on Springback Prediction (In Chinese). In: 15th Young Scholars Conference on Plastic Engineering, Xiangtan, Hunan, China, July 25-27, 2015. (Distinguished Paper Award)

Chinese Patents
[5]. Liu-cheng Zhou,Shun-lai Zang, Dong Su, Wei-feng He, Jiang-yong Cheng. A CAE-basedsoftware for laser shock peening process FEMLSP (ver.1.0.0). (Copyright of Computer Software No. 2020SR**) (2020.12)
[4]. Shun-lai Zang, Chao Niu. A Matlab Toolbox SMAT for parameters identification of material parameters of constitutive model. (Copyright of Computer Software No. 2013SR038190) (For more details on SMAT, please refer the Softwares item.)
[3]. Shun-lai Zang, Chao Niu, Shao-peng Li. A method to estimate the Bauschinger behavior under reversal strain path for metallic sheets. (ZL 2.0)
[2]. Shun-lai Zang, Xiang-fan Nie, Shao-peng Li, Jie Zhao, Jun-hua Liu. A method to calibrate the material parameters of metals under very high strain rate. (ZL 2013 1 **.2)
[1]. Shun-lai Zang, Cheng Guo, Yong-xin Wang, Huan-huan Zhang, Ying-jun Zheng. A device to measure the mechanical behavior under simple shear deformation. (ZL 2010 1 **.8)

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Projects - 顺来 臧Projects
Last updated June 9, 2021
Current Research Projects include:
2. Laser Shock Peening Process on Aero Engine XXX.PI. (AECC, 2020.06-2021.12,Amount: 1,830,000 CNY)
1. Fundamentals of Surface Treatment. Principal Member. (2018.08-2022.08,Amount: 15,200,000 CNY)
Past Research Projects include:
21. Design of Erosion-resistant Multilayer Coating.PI. (AFEU, 2019.01-2019.12,Amount: 378,000 CNY)
20. Fundamentals of Quartz Sand Erosion on Titanium Alloy.PI. (2019.01-2020.12, Amount: 100,000 CNY)
19. Design of Aircraft XX Structure.PI. (AVIC, 2019.01-2019.12,Amount: 2,000,000 CNY)
18.Laser Shock Peening Process on Aero Engine Gear.Principal Member. (AECC, 2018.12-2019.12,Amount: 990,000 CNY)
17. Laser Shock Peening Process on Aero Engine Casing.PI. (AFEU, 2018.12-2019.12,Amount: 96,000 CNY)
16. Finite Element Analysis on XXX Dynamic Problem.PI. (AECC, 2018.10-2018.12)
15. Numerical Analysis on Combustion Exhaust Gas.PI. (CSIC)
14. Measurement of Residual Stress.PI. (AFEU)
13. National Science and Technology Major Project: high precision gear grinding machine.PIof Sub-task. (Ministry of Science and Technology of China, No.2014ZX**)
12. Constitutive Modeling of Medium Mn Advanced High Strength Steel by Polycrystalline Crystal Plasticity Finite Element Analysis. PI. (General Motors (China) Investment Co., LTD.)
11. Numerical Simulation of Mechanical Structure of Steel Wire Rope (second stage). PI (AVIC)
10. Multiscale Modeling of AHSS . PI (General Motors (China) Investment Co., LTD. No. CSL-040)
9. Research on Anisotropic Constitutive Model for Metallic Sheets under Strain Path Changes. PI (NSFC, No.**)
8. Constitutive Modeling of Materials at Very High Strain Rate. PI (AFEU.)
7. Numerical Simulation of Mechanical Structure of Steel Wire Rope (first stage). PI (AVIC)
6. Numerical Simulation of Laser Shock Peening Process . PI (Xi’an Science and Technology Agency. No. CXY1116(4))
5. Forming Limit Curves of Advanced High Strength Steels. PI (Key Laboratory of Testing Technology for Manufacturing Process (Southwest University of Science and Technology), Ministry of Education, No.10ZXZK03.)
4. Multiscal Modelling and Parameter Optimization for Hot Forging Process of Gas-turbine Blades. Co-PI 40% money (DONGFANG TURBINE CO., LTD.)
3. Advanced Constitutive Model for Spring-back Prediction of Sheet Metal Forming Process. PI (Specialized Research Fund for the Doctoral Program of Higher Eduction, No.5)
2. High Frequency Microwave Focused Beam Glass Forming Process Modeling. Co-PI 30% money (PPG LTD.)
1. Numerical Simulation of Bone Remodeling Process under Mechanical Stimulus . PI (Fourth Military Medical University)

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People - 顺来 臧Members
Last updated June 9, 2021

1. Master Candidates

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Name: Lin-hong Zhou
Education: B.S.Hefei University of Technology (2019.07)
Status: Third year
Room: NewCampus-5142
E-mail: ***@qq.com
Research Area:
Surface Treatment


2. Undergraduate Students

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3. Alumni

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(1) Master Graduates
Name: Gen Qiao (乔根)
Affiliation: Orbbec Co., Ltd. (Xi'an)
Thesis: Research on Hole Edge Repair and Deviation Inspection of Scanning Mesh for Automobile Sheet Metal (2020.06)
Name: Ya-zhou Wang (王亚洲)
Affiliation: Xi'an Tyrida Optical Electric Technology Co., Ltd. (Xi'an)
Thesis: Experimental Measurement and Consitutive Modeling of Non-linear Elastic Behavior for AHSSs (2018.06)
Name: Jie Zhao (赵洁)
Affiliation: Jingdiao Group Co.,Ltd. (Xi'an)
Thesis: Optimization of Constitutive Model's Parameters and FEA of Residual Stress Field of LSP (2015.06)
Name: Jun-hua Liu (刘俊华)
Affiliation: KOCEL Group Co., Ltd. (Yin Chuan)
Thesis: Microstructure-based Representative Volume Element for DP780 Steel and Its Application (2014.06)
Name: Chao Niu (牛超)
Affiliation: Baosteel Research Institute (Shanghai)
Thesis: Theoretical Prediction and Experimental Measurement of FLC for Thin Sheet Metal (2013.06)
Name: Yang Zhang (张阳)
Affiliation: Xi'an Research Institute of China Coal Technology & Engineering Group Corp (Xi'an)
Thesis: Study of Sheet Springback Prediction Based on Advanced Constitutive Models (2012.06)
(2) Graduates
Name: Ji-hong Liu (刘计宏)
Thesis: Micro-laser Shock Peening (2016.06)
Name: Peng-cheng Guo (郭鹏程)
Thesis: Development of Tension-Compression Device for Advanced High Strength Steels (2016.06)
Name: Qun Ma (马群)
Thesis: Multi-layer Coating Design (2016.06)
Name: Jie Zhu (朱杰)
Thesis: Low Cycle Fatigue Properties of High Strength Steel Improved by LSP (2015.06)
Name: Zi-hui Yang (杨梓辉)
Thesis: Development of Tension-compression Device for Sheet Metal (2015.06)
Name: Shao-peng Li (李少鹏)
Thesis: Tension-compression of Q&P Advanced High Strength Steel (2013.06)
Name: Heng Zhang (张恒)
Thesis: Study of Two Stage Cup Deep Drawing Process (2013.06)
Name: Xi Yang (杨曦)
Thesis: Study of Forming Limit Curves (2012.06)
Name: Hao Chen (陈皓)
Thesis: Investigation of Springback of Cup Deep Drawing Process (2011.06)
Name: Yu Miao (苗雨)
Thesis: Material Parameters Calibration of Anisotropy Constitutive Models under Reversal Strain Path (2011.06)
Name: Huan-huan Zhang (张缓缓)
Thesis: Design of Two-stage Deep Drawing Die (2010.06)
Name: Quan-yu Wei (魏泉玉)
Thesis: Design of Simple Shear Test Device for Thin Metallic Sheets (2010.06)

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Album - 顺来 臧Album

Si-hai Luo, Xiang-fan Nie, Wei-feng He, Mei-jiao Qu, Li-tao Chang, Shun-lai Zang.
(at New Campus of Xi'an Jiaotong University, Xi'an, October 09. 2019)

Mei Zhan,Yan-shan Lou, Heng Li, Shun-lai Zang.
(atNorthwestern Polytechnical University, Xi'an, September. 2017)

Heng Li, Shun-lai Zang, Yan-shan Lou, Yong Xue.
(at School of Mechanical Engineering of Xi'an Jiaotong University, Xi'an, September. 2017)

Jiawei Fu, Jin-Hwan Kim, Frederic Barlat, Shunlai Zang, Xinrong Chu.
(at School of Mechanical Engineering of Xi'an Jiaotong University, Xi'an, April. 2017)

Xinrong Chu, Jin-Hwan Kim, Frederic Barlat, Shunlai Zang.
(at School of Mechanical Engineering of Xi'an Jiaotong University, Xi'an, April. 2017)

Shunlai Zang, K. Hariharan, Frederic Barlat, Jin-Hwan Kim, Jiawei Fu.
(at GIFT of Pohang University of Science and Technology, Pohang, July. 2016)

Shunlai Zang, K. Hariharan, Ji-Hoon Kim.
(at Engineering Research Center of Pusan National University, Pusan, July. 2016)

Myoung-Gyu Lee, Shunlai Zang, K. Hariharan.
(at Korea University, Seoul, July. 2016)

Shunlai Zang, Myoung-Gyu Lee, Shunming Yang.
(at Xi'an Jiaotong University, Xi'an, May. 2016)

Yanli Lin, Lianfa Yang, Ji-Hoon Kim, Shunlai Zang.
(at Tubehydro2015 International Conference, Xi'an, September. 2015)

Shunlai Zang, Xiaole Cheng.
(at Tubehydro2015 International Conference, Xi'an, September. 2015)

Sandrine Thuillier, Shunlai Zang.
(at Université de Bretagne-Sud, Lorient, July. 2014)

Where am I?
(at Numisheet2014 International Conference, Melbourne, January 2014)

All Participants.
(at Numisheet2014 International Conference, Melbourne, January 2014)

Yanshan Lou, Shunlai Zang.
(at Numisheet2014 International Conference, Melbourne, January 2014)

P. D. Wu, Shunlai Zang.
(at Numisheet2014 International Conference, Melbourne, January 2014)

Ji Hoon Kim, Shunlai Zang.
(at Numisheet2014 International Conference, Melbourne, January 2014)

Sandrine Thuillier, Shunlai Zang, Pierre-Yves Manach
(at School of Mechanical Engineering, Xi'an Jiaotong University, September 2013)

Shunlai Zang, Pierre-Yves Manach, Sandrine Thuillier, Qi Zhang
(at School of Mechanical Engineering, Xi'an Jiaotong University, September 2013)

Jie Zhao, Xiang-fan Nie, Chao Niu, Shun-lai Zang, Jun-long Zuo, Jun-hua Liu
(at Chao Niu and Jun-long Zuo's final thesis defense, May 2013)


Myoung gyu Lee, Shunlai Zang
(at GIFT, Pohang University of Science and Technology, February 2013)



Prof. Chongmin Kim, Shunlai Zang
(at GIFT, Pohang University of Science and Technology, February 2013)



Prof. Frederic Barlat, Shunlai Zang
(at GIFT, Pohang University of Science and Technology, February 2013)


Banquet (Photo by Shunlai Zang).
(at Numisheet2011 International Conference, Seoul, August 2011)


Jihoo Kim, Myoung gyu Lee, Shunlai Zang.
(at Numisheet2011 International Conference, Seoul, August 2011)


Soft dinner (Photo by Shunlai Zang)
(at Numisheet2011 International Conference, Seoul, August 2011)


Jeff Wang, Shunlai Zang.
(at Numisheet2011 International Conference, Seoul, August 2011)


Jun Lin, Shunlai Zang.
(at Xi’an Jiaotong University, Xi’an, Sept. 2010)


Shunlai Zang and Wife Lei. (Photo by Son Richard, five years old)
(at Xi’an Jiaotong University, Xi’an, Sept. 2010)


Sandrine Thuillier, Shunlai Zang, Pierre-Yves Manach.
(at Université de Bretagne-Sud, Lorient, Nov. 2009)


Avenue des Champs-élysées, Paris, Sept. 2009 (Photo by Zang)


Ile de Groix, Lorient, August. 2009 (Photo by Zang)

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Softwares - 顺来 臧Softwares developed by Zang lab
Last updated October 16, 2014

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SMAT - MATLAB toolbox for parameter identification of consitutive models

Overview (see manual ):
SMAT is a MATLAB toolbox containing the following features
- Identify the material parameters based on optimisation method
- Create publication ready plots
- Writting scripts to process many data sets
Author:
The SMAT toolbox is developed and maintained by Dr. Shun-lai ZANG
Dr. Shun-lai ZANG
School of Mechanical Engineering
Xi'an Jiaotong University
No.28, Xianning West Road, Xi'an, Shaanxi, 710049, P.R. China
Website:
All SMAT releases, development news, FAQs can be found on the SMAT hompage [[http://shawn.gr.xjtu.edu.cn/]]
Credits:
The toolbox is referred upon the following great software packages:
*SiDoLo - P. Pilvin [[http://web.univ-ubs.fr/limatb/]]
*MTEX - Dr. Ralf Hielscher
[[http://www-user.tu-chemnitz.de/~rahi]]
Copyright (C) 2010-2014 Shun-lai Zang:
This software has been registered as the software patent (No. 2013SR038190).
Flow chart and Screenshot:

Fig.1 The flow chart of SMAT Matlab toolbox. Fig.2 The screenshot of SMAT Matlab toolbox.
Applications:
@Measurement of the Bauschinger behavior of sheet metals by three-point bending springback test with pre-strained strips. For a pre-strained sheet, the innear material experiences tension-compression deformation after the subsequent three-point bending. Therefore the Bauschinger behavior has an influence on the bending moment before springback. Since the springback is mainly related to the elastic properties of the material and the bending moment before unloading, the Bauschinger behavior of metallic sheet can be determined from the springback of three-point bending test with pre-strained sheet. (ANK-E(ep)-Opt. means the material parameters are determined from the new approach.)

Fig.3 Dimensions of three-point bending test with prescribed tension. Fig.4 The finite element simulation of three-point bending test.

Fig.5 Samples after the three-point bending. Fig.6 The predicted Cauchy stress in simple shear test.

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Links - 顺来 臧Links
Last updated October 16, 2014
Xi'an Jiaotong University
School of Mechanical Engineering, Xi'an Jiaotong University
Prof. Sandrine Thuillier @ University of South Brittany, France
Prof. Myoung-Gyu Lee @Korea University, Korea

Prof. Pei-dong Wu @McMaster University, Canada

Prof. Frederic Barlat, Graduate Institute of Ferrous Technology, POSTECH, Korea