| 1 |
80-2018/KHXD |
This study evaluates the reactivity of mineral additives, namely basalt and fine sand, with Ca(OH)2 in Portland cement. |
Assoc. Prof. Dr. Vu Dinh Dau |
| 2 |
81-2018/KHXD |
Research on the influence of several types of mineral admixtures on shrinkage deformation in high-strength self-compacting concrete. |
MSc. Tran Duc Trung |
| 3 |
82-2018/KHXD |
Research on the fabrication of ettringite binders using waste phosphogypsum. |
Dr. Nguyen Ngoc Lam |
| 4 |
83-2018/KHXD |
Research on the influence of sea sand on some properties of concrete and the ability to protect reinforcing steel from corrosion by coating. |
MSc. Ngo Kim Tuan |
| 5 |
84-2018/KHXD |
Research on the fabrication of wall ceramics using a semi-dry pressing technology with waste products from firing. |
Dr. Nguyen Nhan Hoa |
| 6 |
85-2018/KHXD |
Research on the production of high-strength concrete using a combination of finely ground rice husk ash and blast furnace slag mineral additives. |
Ms. Mai Que Anh |
| 7 |
86-2018/KHXD |
Research on the fabrication of high-water-resistant and high-strength composite gypsum binders (CKDs). |
MSc. Nguyen Van Binh |
| 8 |
87-2018/KHXD |
Study of alkali-silica reactions in concrete using foamed glass aggregate |
Dr. Hoang Vinh Long |
| 9 |
88-2018/KHXD |
Research on the hydration and solidification process and microstructure formation of Portland cement stone in the presence of nanosilics in high-strength concrete. |
Assoc. Prof. Dr. Nguyen Nhu Quy |
| 10 |
208-2018/KHXD-TĐ |
Research on the fabrication of silicate-based activators from rice husk ash for use in cement-free mortar and concrete. |
Dr. Tong Ton Kien |
| 11 |
209-2018/KHXD-TĐ |
Using certain porous materials as internal curing agents reduces intrinsic shrinkage in ultra-high strength concrete. |
Assoc. Prof. Dr. Nguyen Van Tuan |
