AZMA ALIASGHAR.Liu YaKun,Zhang, D.;,Borthwick, A,Afaridegan Ehsan.Comparative assessment of white-box and black-box machine learning models for predicting free-falling jet scour depth[J],ENGINEERING APPLICATIONS OF COMPUTATIONAL FLUID MECHANICS,2026,20(1)

AZMA ALIASGHAR.Liu YaKun.Enhancing CFD computational efficiency using hybrid data-driven and physics-based modeling, Case Studies in Thermal Engineering, 2026, 78, 107641.

AZMA ALIASGHAR.Liu YaKun,Rezania S.Hybrid WPD–SSA machine learning transformer for modeling nonlinear dynamics of flow systems, Journal of Water Process Engineering, 2026, 82, 109448.

AZMA ALIASGHAR.Liu YaKun,Alemu Eden Tatek.Machine learning modelling of a nonlinear environmental index with sensitivity analysis for groundwater assessment.[J],Scientific reports,2026

AZMA ALIASGHAR.Borthwick, Alistair G. L.,Ahmadian, Reza.Liu YaKun,Zhang Di.Modeling the discharge coefficient of labyrinth sluice gates using hybrid support vector regression and metaheuristic algorithms[J],PHYSICS OF FLUIDS,2025,37(4)

AZMA ALIASGHAR.Liu YaKun.Zhang Di,Eftekhari, Mobin.Comparison of hybrid deep learning models for estimation of the time-dependent scour depth downstream of river training structures[J],PHYSICS OF FLUIDS,2024,36(10)

AZMA ALIASGHAR.Tavakol Sadrabadi Mohammad,Liu Yakun,Azma Masoumeh,Zhang Di,Cao Ze,Li Zhuoyue.Boosting ensembles for estimation of discharge coefficient and through flow discharge in broad-crested gabion weirs[J],APPLIED WATER SCIENCE,2023,13(2)

AZMA ALIASGHAR.Azma Masoumeh,Rezania Shahabaldin.Liu Yakun,Saadat Mohsen,Zhang Di,Cho Jinwoo.Hybrid machine learning models for prediction of daily dissolved oxygen[J],JOURNAL OF WATER PROCESS ENGINEERING,2023,54

AZMA ALIASGHAR.Afaridegan, Ehsan.Liu YaKun,Borthwick, Alistair G. L.,Zhang, Di.Assessment of Data-Driven Models for Modeling the Coefficient of Pressure Fluctuations in a Hydraulic Jump[J],INTERNATIONAL JOURNAL OF COMPUTATIONAL INTELLIGENCE SYSTEMS,2026,19(1)

AZMA ALIASGHAR.Babanezhad Meisam.Behroyan Iman,Liu Yakun.Fuzzy-based bee algorithm for machine learning and pattern recognition of computational data of nanofluid heat transfer[J],NEURAL COMPUTING & APPLICATIONS,2023,35(27):20087-20101