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Hamidreza Ghazvinian
Hamidreza Ghazvinian
Ph.D.Water Resources Engineering and Management, Civil Engineering , Semnan University
Verified email at semnan.ac.ir
Title
Cited by
Cited by
Year
Integrated support vector regression and an improved particle swarm optimization-based model for solar radiation prediction
H Ghazvinian, SF Mousavi, H Karami, S Farzin, M Ehteram, MS Hossain, ...
PLoS One 14 (5), e0217634, 2019
532019
Simulation of Monthly Precipitation in Semnan City Using ANN Artificial Intelligence Model
H Ghazvinian, H Bahrami, H Ghazvinian, S Heddam
Journal of Soft Computing in Civil Engineering 4 (4), 36-46, 2020
242020
Investigating the Performance of Neural Network Based Group Method of Data Handling to Pan's Daily Evaporation Estimation (Case Study: Garmsar City)
H Karami, H Ghazvinian, M Dehghanipour, M Ferdosian
Journal of Soft Computing in Civil Engineering 5 (2), 1-18, 2021
232021
Effect of MDF-cover for water reservoir evaporation reduction, experimental, and soft computing approaches
H Ghazvinian, H Karami, S Farzin, SF Mousavi
Journal of Soft Computing in Civil Engineering 4 (1), 98-110, 2020
212020
Two comprehensive and practical methods for simulating pan evaporation under different climatic conditions in Iran
MH Dehghanipour, H Karami, H Ghazvinian, Z Kalantari, ...
Water 13 (20), 2814, 2021
202021
Experimental Study of Evaporation Reduction Using Polystyrene Coating, Wood and Wax and its Estimation by Intelligent Algorithms
H Ghazvinian, H Karami, S Farzin, SF Mousavi
Journal of irrigation and water engineering 11 (2), 147-165, 2020
172020
Investigating the effect of using polystyrene sheets on evaporation reduction from water-storage reservoirs in arid and Semiarid Regions (case study: Semnan city).
H Ghazvinian, S Farzin, H Karami, SF Mousavi
172020
Introducing affordable and accessible physical covers to reduce evaporation from agricultural water reservoirs and pools (field study, statistics, and intelligent methods)
H Ghazvinian, H Karami, S Farzin, SF Mousavi
Arabian Journal of Geosciences 14 (23), 2543, 2021
152021
Comparison of DEEP-LSTM and MLP Models in Estimation of Evaporation Pan for Arid Regions
A Samii, H Karami, H Ghazvinian, A Safari, Y Dadrasajirlou
Journal of Soft Computing in Civil Engineering 7 (2), 155-175, 2023
9*2023
Reference Evapotranspiration Estimation Using ANN, LSSVM, and M5 Tree Models (Case Study: of Babolsar and Ramsar Regions, Iran)
Y Dadrasajirlou, H Ghazvinian, S Heddam, M Ganji
Journal of Soft Computing in Civil Engineering 6 (3), 101-118, 2022
92022
Application of statistical and geostatistical approaches in temporal and spatial estimations of rainfall
H Karami, H Ghazvinian, Y Dadrasajirlou
Journal of Water and Climate Change 14 (5), 1696-1722, 2023
62023
Effect of Rainfall Intensity and Slope at the Beginning of Sandy Loam Soil Runoff using Rain Simulator (Case Study: Semnan City)
H Ghazvinian, H Karami
Journal of Water and Soil Science 26 (4), 319-334, 2023
62023
A practical and economic assessment regarding the effect of various physical covers on reducing evaporation from water reservoirs in Arid and Semi-Arid Regions (Experimental study)
H Karami, H Ghazvinian
Iranian Journal of Soil and Water Research ISNN 53 (6), 1297-1313, 2022
52022
Laboratory study of the effect of vegetation and gravel on runoff parameters under variable rainfall intensities
H Ghazvinian, H Karami
Water Science & Technology 88 (9), 2423-2442, 2023
22023
Laboratory comparison of vegetation and gravel on parameters affecting urban floods under different rainfall and runoff conditions
H Ghazvinian, H Karami
Journal of Water and Climate Change 14 (12), 4763-4781, 2023
12023
Evaluating the effect of geocell with vegetation and gravel on changes in the effective parameters of runoff using a rainfall simulator (case study: Iran)
H Ghazvinian, H Karami
Physics and Chemistry of the Earth, Parts A/B/C, 103585, 2024
2024
Laboratory Comparison of Evaporation Rate Between Colorado Sanken Evaporation Pan and Class A Evaporation Pan (Case Study: Semnan, Iran)
H Ghazvinian, H Karami, C Jun, O Francis, SM Bateni, Y DadrasAjirlou, ...
Preprints, 2023
2023
Evaluation of the Efficiency of Artificial Intelligence Models for Simulating Evaporation in Selected Stations in Dry, Semi-Dry and Very-Wet Climates in Iran
MH Dehghanipour, H Ghazvinian, A Dehghanipour
Iran-Water Resources Research 17 (1), 318-327, 2021
2021
Field investigation of the effect of different physical materials on reduction of water evaporation from surface of water reservoirs
H Ghazvinian
Semnan University, 2019
2019
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Articles 1–19