32. Reducing Pb and Cl Mobility in Waste-to-Energy Fly Ashes via Chlorellestadite Formation (2024) ACS ES&T Engineering Kumar, V; Baral, A; Roesler, J; Garg, N.
31. Freeze–Thaw Performance Trends of Short-Term Cured Cement-Stabilized Aggregate Quarry By-Product Materials (2024) Transportation Research Record Kong et al.
29. Quantifying the Global Warming Potential of Low Carbon Concrete (2024) Case Studies in Con. Mat. Witte, A.; Garg, N.
28. Impact of C–S–H Seeds on Cementitious Hydration Kinetics: New insights on Materials Today Communications Qadri, F.; Kumar, S.; Garg, N.
25. Early-stage Performance Enhancement of Concrete via Commercial C-S-H Seeds (2023) Case Studies in Con. Mat .
Qadri, F. & Garg, N.
24. Rapid Prediction of Cementitious Initial Sorptivity via Surface Wettability (2023) npj Materials Degradation
Kabir, H. & Garg, N.
23. Machine Learning Enabled Orthogonal Camera Goniometry for Accurate and Robust Contact Angle Measurements (2023) Scientific Reports
Kabir, H. & Garg, N.
20. FFT Based Model for Irradiated Aggregate Microstructures in Concrete (2022) Materials and Structures
Cheniour et al.
19. Ultra-high Gamma Irradiation of Calcium Silicate Hydrates: Impact on Mechanical Properties, Nanostructure, and Atomic Environments (2022) Cement and Concrete Research
Baral et al.
18. Evolution of Kaolinite Morphology upon Exfoliation and Dissolution: Evidence for Nanoscale Layer Thinning in Metakaolin (2022) Applied Clay Science
Romero, P. & Garg, N.
17. Impact of Na/Al Ratio on the Extent of Alkali-Activation Reaction: Non-linearity and Diminishing Returns (2022)Frontiers in Chemistry
Abdelrahman, O. & Garg, N.
14. Enabling Phase Quantification of Anhydrous Cements via Raman Imaging (2021)text Cement and Concrete Research
Polavaram, K. C. & Garg, N.
13. High-Fidelity and High-Resolution Phase Mapping of Granites via Confocal Raman Imaging (2021) Scientific Reports
Polavaram, K. C. & Garg, N.
12. Nanoscale Ordering and Depolymerization of Calcium Silicate Hydrates in the Presence of Alkalis (2019)The Journal of Physical Chemistry C
Garg, N.; Özçelik, V. O.; Skibsted, J.; White, C. E.
11. Dissolution Kinetics of Calcined Kaolinite and Montmorillonite in Alkaline Conditions: Evidence for Reactive Al(V) Sites (2019)Journal of the Am. Ceramic Society
Garg, N. & Skibsted, J.
9. A Uniaxial Load Frame for Performing in Situ Neutron Studies of Stress-induced Changes in Cementitious Materials and Related Systems (2018)Review of Scientific Instruments
White, C. E.; Garg, N.; Olds, D. P.; Vocaturo, J.; Everett, M.; Page, K.
8. Drying-induced Atomic Structural Rearrangements in Sodium-based Calcium-alumino-Silicate-hydrate Gel and the Mitigating Effects of ZrO2 Nanoparticles (2018)Physical Chemistry Chemical Physics
Yang, K.; Özcȩlik, V. O.; Garg, N.; Gong, K.; and White, C. E.
7. Mechanism of Zinc Oxide Retardation in Alkali-activated Materials: an in Situ X-ray Pair Distribution Function Investigation (2017)Journal of Materials Chemistry
Garg, N. & White, C. E.
6. Pozzolanic Reactivity of a Calcined Interstratified Illite/Smectite (70/30) Clay (2016)Cement and Concrete Research
Garg, N. & Skibsted, J.
3. Properties of Self-consolidating Concrete Containing High-volume Supplementary Cementitious Materials and Nano-limestone (2013)Journal of Sus. Cement-Based Mat
Wang, X., Wang, K., Li, J., Garg, N., & Shah, S. P.
2. A Raman Spectroscopic Study of the Evolution of Sulfates and Hydroxides in Cement–fly Ash Pastes (2012)Cement and Concrete Research
Garg, N.; Wang, K.; Martin, S.W.
1. Comparing Performance of Different Clays on Fly Ash Modified Mortars (2012) add extra line. add extra line add extra line add extra line
Journal of Sus. Cement-Based Mat
Garg, N.; Wang, K.
add extra line.
For more details, check Google Scholar
![[Featured on Journal Cover]](https://garg.cee.illinois.edu/wp-content/uploads/2024/04/cover-scaled.jpeg){kind=link}
