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Số người truy cập: 106,982,317 |
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I. PERSONAL DETAILS
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Name: NGUYEN CONG
LUYEN Gender:
Male
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Date of birth: 10/12/1989
Birthplace : TT
Hue
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Place of origin: TT
Hue Ethnicity: Kinh
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Qualification: PhD Year: 2022 Country: Australia
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Position: Lecturer
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Workplace: Faculty of Water
Resources Engineering, University of Science and Technology, The
University of Danang
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Contact information: Faculty
of Water Resources Engineering, University of Science and Technology, The
University of Danang
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Office phone number: (0234)3841296;
Mobile: ( 84) 935072227
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Email: ncluyen@dut.udn.vn
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II. TRAINING PROCESS
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1. Undergraduate:
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Mode:
Full-time Institution:
Danang University of Science and Technology
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Major:
Civil Engineering Year
of graduation: 2012
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2. Foreign language ability: English
(IELTS 7.0)
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3. Postgraduate:
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- Master: Civil Engineering Year
of graduation: 2017 Institution:
Nagoya University - Japan
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- PhD: Civil Engineering Year
of graduation: 2022 Institution:
UNSW - Australia
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III. WORKING PROCESS
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- From
December 2012 to September 2015: Lecturer at the Faculty of Water
Resources Engineering, Danang University of Science and Technology.
- From October 2015 to September 2017: Studying Master at Nagoya
University – Japan.
- October 2017 - January 2019: Lecturer at the Faculty of Water
Resources Engineering, Danang University of Science and Technology.
- From 2/2019 – 10/2022: Studying PhD at the University of New
South Wales - Australia.
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From 10/2022 to present: Lecturer at the
Faculty of Water Resources Engineering, Danang University of Science and
Technology.
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IV. RESEARCH EXPERIENCES
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1. Research grants
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No.
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Name
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Finished year
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Level (State,
Ministry, branch, university)
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Responsibility
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1
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Experimental
and numerical studies on crack development and load resistant capacity of
corroded RC structures
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2018
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University
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Leader
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2
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Comparative
study on the composite floor system and normal RC floor system in high
rise building in Vietnam
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2013
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University
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Leader
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2. Publications:
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No.
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Title
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Year
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Journal/Conference
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1
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Flexural
behaviors of Engineered Cementitious Composites–High strength steel
composite beams
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2021
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Engineering Structures
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2
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Experimental
study of flexural behavior of ECC -HSS composite beam with profiled steel
sheeting
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2021
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Eurosteel2020 , Sheffield, UK
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3
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Experimental
study of flexural behavior of high strength steel (HSS)‐Engineered
Cementitious Composites ( ECC ) composite beam with profiled steel
sheeting
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2021
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ce /papers
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4
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SHEAR
BEHAVIOUR OF RC BEAMS WHEN BOND BETWEEN CONCRETE AND REBAR IS DEGRADED
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2018
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Journal of Science and Technology, UD
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5
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NUMERICAL
STUDY ON THE EFFECT OF CORRODED REBARS ON RC STRUCTURES PERFORMANCE USING
3D-RBSM
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2018
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Journal of Water Resources and Environmental
Engineering
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6
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ANALYSIS
OF CORROSION-INDUCED CRACK PROPAGATION OF RC MEMBERS MODELING BY
CORROSION EXPANSION PRESSURE AROUND BEAM ELEMENT
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2017
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Proceedings of the Japan Concrete Institute
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7
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Numerical
investigation on shear behavior of RC beams with local bond deterioration
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2016
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18th International Summer Symposium, JSCE ,
At Sendai, Japan
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