[1]. Assoc. Prof. Dr Nguyễn Bình Hà, principal investigator (2017–2018). Development trends and demand for the use of ultra-high-performance concrete in bridge construction in Vietnam. Ministry of Education and Training
[2]. Assoc. Prof. Dr Nguyễn Minh Hùng, principal investigator (2017–2018). Design and fabrication processes for selected bridge structure types using ultra-high-performance concrete in Vietnam. Ministry of Education and Training
[3]. Dr Cù Việt Hưng, principal investigator (2017–2018). Design, fabrication and testing of selected small- and medium-scale bridge structures using ultra-high-performance concrete. Ministry of Education and Training.
[4]. Dr Nguyễn Ngọc Tuyển, principal investigator (2017–2018). Development of technical guidelines for the design, fabrication, construction, acceptance and maintenance of bridge structures using ultra-high-performance concrete. Ministry of Education and Training
[5]. Dr Khúc Đăng Tùng, principal investigator (2017–2018). Methods for measuring the dynamic displacement of structures using “computer vision” technology for structural assessment and inspection. Ministry of Education and Training
[6]. Dr Lê Bá Danh, principal investigator (2018–2019). Modelling delamination and crack initiation and propagation in composite materials using a 3D model in the discrete element method. Nafosted
[7]. Dr Trần Việt Hùng, principal investigator (2018). Selection of technical parameters for small- and medium-span reinforced concrete bridge structures for high-speed railway bridges in Vietnam. Ministry of Transport
II. Key university-level projects:
[1]. MSc Nguyễn Hướng Dương, principal investigator (2018). Structural health assessment by identifying and localising structural changes using non-parametric analysis of monitoring data. National University of Civil Engineering (NUCE)
III. University-level projects:
[1]. Dr Nguyễn Ngọc Tuấn, principal investigator (2017). Waterproofing measures for tunnels built by the cut-and-cover method. NUCE
[2]. Dr Nguyễn Bình Hà, principal investigator (2017). Application of continuous steel–reinforced concrete composite girder bridges using internal-force adjustment technology. NUCE
[3]. Eng. Bùi Huy Tăng, principal investigator (2017). Detection and localisation of damage in bridges using principal component analysis. NUCE
Attachments: bui-huy-tangpcabao-cao-de-tai-nckh-cap-truong-2017.pdf (3.2 MB)
Original post on the former website (Vietnamese): bomoncau.huce.edu.vn