Dr. Nguyen Doan Binh
Lecturer
INTRODUCE
Dr. Nguyen Doan Binh, lecturer in the Construction Materials Technology chuyên môn group since 2010.
CONTACT INFORMATION
binhnd@huce.edu.vn
TRAINING PROCESS
2004, Engineer, Hanoi University of Civil Engineering
; 2009, Master's, Hanoi University of Civil Engineering
; 2017, Bachelor's, Hanoi University
; 2023, Doctor of Philosophy, National Taiwan University.
WORK EXPERIENCE
2004 – 2006, Technical Staff, Song Da 1 Company;
2006 – 2010, Project Management Staff, Thu Do Tourism, Trade and Investment Joint Stock Company;
2010 – present, Lecturer, Hanoi University of Civil Engineering.
COURSES TAUGHT
University
Postgraduate
AWARDS
Outstanding scholastic achievement among the class graduating. ID: A800115949, National Taiwan University ( 2023) SCIENTIFIC WORK
SCIENTIFIC PUBLICATIONS
The book
"Decorative and Finishing Materials". Hoang Vinh Long (editor), Nguyen Doan Binh, Nguyen Nhan Hoa, Tran Le Hong, Tran Duc Trung. Construction Publishing House, 409 pages. ISBN: 978-604-82-8528-9, 2025.
Article
Dr. Nguyen Doan Binh, lecturer in the Construction Materials Technology chuyên môn group since 2010.
CONTACT INFORMATION
binhnd@huce.edu.vn
TRAINING PROCESS
2004, Engineer, Hanoi University of Civil Engineering
; 2009, Master's, Hanoi University of Civil Engineering
; 2017, Bachelor's, Hanoi University
; 2023, Doctor of Philosophy, National Taiwan University.
WORK EXPERIENCE
2004 – 2006, Technical Staff, Song Da 1 Company;
2006 – 2010, Project Management Staff, Thu Do Tourism, Trade and Investment Joint Stock Company;
2010 – present, Lecturer, Hanoi University of Civil Engineering.
COURSES TAUGHT
University
- Thermal equipment in the production of building materials
- Building glass materials
- Building ceramic materials
- Decorative and finishing materials
- Advanced building ceramic materials
- Comprehensive Topic
- Digital technology and building information modeling
- Silicate industrial furnace
- Ceramic materials
- Silicate industrial equipment
- Advanced ceramic materials
- Digital technology in materials science
- Numerical methods in materials science
- Project on thermal equipment in building materials production.
- Project on building ceramic materials
- Ceramics materials project
- Project on the management and operation of a building materials manufacturing plant.
- Graduation internship
- Graduation project
Postgraduate
- Digital technology in materials science
- Numerical methods in materials science
- Skills in writing and presenting scientific reports
- Forecasting model
- Machine learning/AI
- Heavy concrete
- Environmentally friendly materials
AWARDS
Outstanding scholastic achievement among the class graduating. ID: A800115949, National Taiwan University ( 2023) SCIENTIFIC WORK
- Lead researcher on the development of a device for measuring the thermal conductivity coefficient of building materials. MS: 144-2015/KHXD
- Project Leader: Research on the influence of normal temperature and humidity curing regime on the strength of concrete using rice husk ash and fly ash mineral admixtures. MS: 60-2014/KHXD
- Project Leader: Research on modifying mix proportions to improve the quality of prestressed concrete piles formed by centrifugal spinning. Project Code: 68-2013/KHXD
- Project Leader: Research on the fabrication of unburnt bricks using soil from Son Tay hills and quarry waste. Project Code: 53-2012/
SCIENTIFIC PUBLICATIONS
The book
"Decorative and Finishing Materials". Hoang Vinh Long (editor), Nguyen Doan Binh, Nguyen Nhan Hoa, Tran Le Hong, Tran Duc Trung. Construction Publishing House, 409 pages. ISBN: 978-604-82-8528-9, 2025.
Article
- Doan-Binh Nguyen, Trong-Lam Nguyen, Vinh-Long Hoang*, “Comparative study of an improved prediction model and machine learning methods in predicting the compressive creep of self-compacting concrete”, Journal of Sustainable Cement-Based Materials, 2025.
- Doan-Binh Nguyen, Cheng-Jun Wu, Wen-Cheng Liao*, “Shrinkage behavior and prediction model of self-compacting concrete”, Journal of Materials in Civil Engineering, vol. 35, no. 12, 2023.
- Doan-Binh Nguyen, Cheng-Jun Wu, Wen-Cheng Liao*, “Experimental study and development of prediction model of self-compacting concrete incorporating fly ash on compressive creep behaviour”, Journal of Advanced Concrete Technology, vol. 21, 596-610, 2023.
- Doan-Binh Nguyen, Wei-Sheng Lin, Wen-Cheng Liao*, “Long-term creep and shrinkage behavior of concrete-filled steel tube”, Materials, vol. 14, no. 2, 2021.
- Bach Dinh Thien, Nguyen Doan Binh, Cao Thi Huong, Research on the fabrication of calcined aggregates for concrete from fly ash and clay, Vietnam Construction Journal, May 2018, pp. 36-40. (ISSN 0866-0762)
- Tong Ton Kien, Nguyen Doan Binh, Tran Le Hong, Cao Thi Huong, "Optimal study of material gradation and vibration-pressing technology parameters for concrete brick production using fly ash from thermal power plants," Journal of the Vietnam Association of Building Materials, No. 4/2018, pp. 68-72. (ISSN 1859-3011)
- Hoang Vinh Long, Nguyen Doan Binh, Research on the use of sludge from urban canals to manufacture fired clay bricks, Vietnam Construction Journal, May 2017, pp. 39-42. (ISSN 0866-0762)
- Doan-Binh Nguyen, Wen-Cheng Liao, “Time-dependent behaviour of concrete-filled steel tube”, 8th Asia conference on earthquake engineering, 11/2022, pp. 675–683. (ISBN 978-986-89629-5-8)
- Bach Dinh Thien, Nguyen Doan Binh, Cao Thi Huong, Research on the fabrication of calcined aggregates from fly ash and clay, National Conference on Science and Technology “Crushed sand as a replacement for natural sand – Environmentally friendly materials”, June 2018, pp. 237-248. (ISBN 978-604-82-2426-4)
- Bach Dinh Thien, Hoang Vinh Long, Nguyen Doan Binh, Cao Thi Huong, Research on the fabrication of non-fired aggregates using fly ash from thermal power plants, National Conference on Science and Technology “Crushed sand as a replacement for natural sand – Environmentally friendly materials”, June 2018, pp. 249-261. (ISBN 978-604-82-2426-4)
- Tong Ton Kien, Nguyen Doan Binh, Tran Le Hong, Cao Thi Huong, "Optimization of concrete brick production technology using high-content fly ash from thermal power plants," National Conference on Science and Technology "Crushed sand as a replacement for natural sand - Environmentally friendly materials," June 2018, pp. 278-287. (ISBN 978-604-82-2426-4)
- Bach Dinh Thien, Nguyen Doan Binh, Research on the fabrication of ultra-heavy concrete with high flowability using Lang Son barite aggregate, Scientific and Technological Conference of the University of Construction, November 2016, Vol. 1, pp. 395-403. (ISBN 978-604-82-1982-6)
