| Title of paper |
Name of the author/s |
Department of the teacher |
Name of journal |
Calendar Year of publication |
ISSN number |
|
|
| Major principles of sustainable transport system: a literature review |
Amit Vashisht, Ravinder Kumar and Shashank Sharma |
Civil Engineering |
International Journal for Research in Applied Science & Engineering Technology |
2018 |
2321-9653 |
|
| Review on Effect of Pavement Characteristics on Fuel Consumption |
Amit Vashisht, and Ravinder Kumar |
Civil Engineering |
International Journal of Engineering and Advanced Technology (IJEAT) |
2018 |
2249-8958 |
|
| Road Safety Status in Top 20 Economies of the World |
Amit Vashisht, Devender and Shashank Sharma |
Civil Engineering |
International Journal for Research in Applied Science & Engineering Technology |
2018 |
2321-9653 |
|
| Comparative evaluation of infiltration models |
Balraj SIngh |
Civil Engineering |
KSCE Journal of Civil Engineering |
2018 |
1976-3808 |
|
| Modeling the infiltration process with soft computing techniques |
Balraj SIngh |
Civil Engineering |
ISH Journal of Hydraulic Engineering |
2018 |
0971-5010 |
|
| Comparison of infiltration models in NIT Kurukshetra campus |
Balraj SIngh |
Civil Engineering |
Applied Water Science |
2018 |
2190-5495 |
|
| Estimation of trapping efficiency of a vortex tube silt ejector |
Balraj SIngh |
Civil Engineering |
International Journal of River Basin Management |
2018 |
1571-5124 |
|
| Evaluation of the impact of fly ash on infiltration characteristics using different soft computing techniques |
Balraj SIngh |
Civil Engineering |
Applied Water Science |
2018 |
2190-5495 |
|
| Prediction of the sodium absorption ratio using data-driven models: a case study in Iran |
Balraj SIngh |
Civil Engineering |
Geology, Ecology, and Landscapes |
2019 |
2474-9508 |
|
| Modelling of the impact of water quality on the infiltration rate of the soil |
Balraj SIngh |
Civil Engineering |
Applied Water Science |
2019 |
2190-5495 |
|
| Estimation of permeability of soil using easy measured soil parameters: assessing the artificial intelligence-based models |
Balraj SIngh |
Civil Engineering |
ISH Journal of Hydraulic Engineering |
2019 |
0971-5010 |
|
| Modelling unsaturated hydraulic conductivity by hybrid soft computing techniques |
Balraj SIngh |
Civil Engineering |
Soft Computing |
2019 |
1433-7479 |
|
| Strength performance of recycled aggregate concretes containing mineral admixtures and their performance prediction through various modeling techniques |
Balraj SIngh |
Civil Engineering |
Journal of Building Engineering |
2019 |
2352-7102 |
|
| Assessment of the various soft computing techniques to predict sodium absorption ratio (SAR) |
Balraj SIngh |
Civil Engineering |
ISH Journal of Hydraulic Engineering |
2019 |
0971-5010 |
|
| Model-based soil temperature estimation using climatic parameters: the case of Azerbaijan Province, Iran |
Balraj SIngh |
Civil Engineering |
Geology, Ecology, and Landscapes |
2019 |
2474-9508 |
|
| Estimation of compressive strength of high-strength concrete by random forest and M5P model tree approaches |
Balraj SIngh |
Civil Engineering |
Journal of Materials and Engineering Structures |
2019 |
2170-127X |
|
| Time-Series Prediction of Streamflows of Malaysian Rivers Using Data-Driven Techniques |
Balraj SIngh |
Civil Engineering |
Journal of Irrigation and Drainage Engineering |
2019 |
1943-4774 |
|
| Comparative Analysis of Artificial Intelligence Techniques for the Prediction of Infiltration Process |
Balraj SIngh |
Civil Engineering |
Geology, Ecology, and Landscapes |
2020 |
2474-9508 |
|
| Assessment of Infiltration Models Developed Using Soft Computing Techniques |
Balraj SIngh |
Civil Engineering |
Geology, Ecology, and Landscapes |
2020 |
2474-9508 |
|
| Estimation of Infiltration Rate using Data-Driven Models |
Balraj SIngh |
Civil Engineering |
Arabian Journal of Geoscience |
2021 |
1866-7538 |
|
| Predictive Models for estimation of Labyrinth weir aeration efficiency |
Balraj SIngh |
Civil Engineering |
Journal of Achievements in Materials and Manufacturing Engineering |
2021 |
1734-8412 |
|
| Soft Computing Techniques-Based Prediction of Water Quality Index |
Balraj SIngh |
Civil Engineering |
Water Supply |
2021 |
1607-0798 |
|
| Closure to “Time-Series Prediction of Streamflows of Malaysian Rivers Using Data-Driven Techniques |
Balraj SIngh |
Civil Engineering |
Journal of Irrigation and Drainage Engineering |
2021 |
1943-4774 |
|
| Experimental Investigation and Modelling of Aeration Efficiency at Labyrinth Weirs |
Balraj SIngh |
Civil Engineering |
Soft computing in Civil Engieering |
2021 |
2588-2872 |
|
| Evaluating Parshall flume aeration with experimental observations and advance soft computing techniques |
Balraj Singh |
Civil Engineering |
Neural Computing and applications |
2021 |
0941-0643 |
|
| Prediction of Manning’s coefficient of roughness for high-gradient streams using M5P |
Balraj Singh |
Civil Engineering |
Water Supply |
2021 |
1607-0798 |
|
| An expert system for predicting the infiltration characteristics |
Balraj Singh |
Civil Engineering |
Water Supply |
2021 |
1607-0798 |
|
| Discussion of âDetermination of Discharge Distribution in Meandering Compound Channels Using Machine Learning Techniquesâ by Abinash Mohanta, Arpan Pradhan, and K. C. Patra |
Balraj Singh |
Civil Engineering |
Journal of Irrigation and Drainage Engineering |
2022 |
1943-4774 |
|
| Prediction of river discharge of Kesinga sub-catchment of Mahanadi basin using machine learning approaches |
Balraj Singh |
Civil Engineering |
Arabian Journal of Geosciences |
2022 |
1866-7511 |
|
| Development and application of modelling techniques to estimate the unsaturated hydraulic conductivity |
Balraj Singh |
Civil Engineering |
Modelling earth systems and environment |
2023 |
2363-6211 |
|
| Discussion of âApplication of AI Approaches to Estimate Discharge Coefficient of Novel Kind of Sharp-Crested V-Notch Weirsâ |
Balraj Singh |
Civil Engineering |
Journal of Irrigation and Drainage Engineering |
2023 |
1943-4774 |
|
| Discussion of âA Data-Driven Influential Factor Analysis Method for Fly AshâBased Geopolymer Using Optimized Machine-Learning Algorithmsâ |
Balraj Singh |
Civil Engineering |
Journal of Materials in Civil Engineering |
2023 |
0899-1561 |
|
| Approximation in scour depth around spur dikes using novel hybrid ensemble data-driven model |
Balraj Singh |
Civil Engineering |
Water Supply |
2024 |
1607-0798 |
|
