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Masoumeh Hashempour

Position: Postdoctoral

Title:

Email: ms.hashempour@gmail.com

Biography

  • Dr. Masoumeh Hashempour graduated from Amirkabir University of Technology, Tehran, Iran. She conducted a series of physical and numerical investigations on the Flow hydrodynamics, marine engineering, Computational Fluid Dynamics, and Bio-mimetic technology. She devoted her life to research and solving complex engineering challenges since 2012, driven by a deep passion to merge scientific innovation with real-world environmental impact. She has approximately 40 publications, including conference proceedings, SCI, and local papers and also received the UNESCO-IHA Professor Sedghi Medal for Best PhD Thesis Award, Best Patent Award, and Elite Status for PhD admission.

Research Interests

  • Computational Fluid Mechanics      

  • Hydrodynamics      

  • Bio-mimeticNature-Based Solutions              

Education Experience

  • 2018.09-2023.06: Amirkabir University of Technology, Tehran, Iran (Ph.D.)      

  • 2016.09-2018.02: Shahrekord University, Shahrekord, Iran (M.Sc.)      

  • 2012.09-2016.09: Shahrekord University, Shahrekord, Iran (B.Sc.)

Work Experience

  • 2025.09-present: South China University of Technology, School of Marine Science and Engineering, Postdoctoral Fellow.      

  • 2023.09-2025.04: Pouya Tarh Pars Consulting Engineers, R&D and International Affairs.

Research Achievement

  • Hashempour, M and Kolahdoozan, M. 2025. Coral reef hydrodynamics: Insights and innovation for modern marine engineering-A review. Physics of Fluids. 37(7).

  • Hashempour, M and Kolahdoozan, M. 2025. Advancing Sediment Incipient Motion Modeling: Predictive Neural Network Models for Vegetated Beds. International Journal of Engineering. 39 (7).   

  • Hashempour, M., Kolahdoozan, M., and Badiei, P. 2025. Improving Wave Prediction at Bushehr Harbor in Persian Gulf by Using a hybrid DWT-BNN Model. Ocean Dynamics. 75(9).

  • Hashempour, M and Kolahdoozan, M. 2024. Evaluation of Synthetic Sponge to Control the Wave-Induced Currents in Coastal Waters Ocean Engineering. Ocean Engineering. 296 (116973).2015-20203

  • Hashempour, M and Kolahdoozan, M. 2024. Exploring the implications of Wave Characteristics on the Functionality of Mimetic Tubular Sponges. Physics of Fluids. 36 (3).

  • Hashempour, M and Kolahdoozan, M. 2024. Taking inspiration from the natural tubular sponge to enhance momentum exchange in marine environments. Science of the Total Environment.

  • Hashempour, M and Kolahdoozan, M. 2023. Three Dimensional Modeling of Dilute Sediment Concentration around the Synthetic Sponge Inspired by The Tubular Sponge Mechanism. Ocean Engineering. 271 (113799).

  • Hashempour, M and Kolahdoozan, M. 2023. Inspiration of Marine Sponges to Design a Structure for Managing the Coastal Hydrodynamics and Protection: Numerical Study, Frontiers in Marine Science: Coastal Ocean Processes. 10 (852).

  • Hashempour, M and Kolahdoozan, M. 2023. Numerical Modeling of Sediment-Flow Around Obstacle Inspired by Marine Sponges: Considering Body Configurations, International Journal of Engineering. 13(14). 174070.

  • Hashempour, M., Samani, A., and Heidari, A. 2021. Essential Improvements in Gypsum Mortar Characteristics, International Journal of Engineering. 34 (2), 319-325.

  • Hashempour, M., Heidari, A., and Shahi, M. 2020. The Efficiency of Hybrid BNN-DWT for Predicting the Construction and Demolition Waste Concrete Strength, International Journal of Engineering. 33 (8), 1544-1552.

  • Hashempour, M., Heidari, A., and Shahi, M. 2020. The Evaluation of the Stress-Strain Characteristics of MCC Concrete, Materials Today Communications. 23 (101133).

  • Heidari, A., Hashempour, M., Javdanian, H., and Nilforoushan, MR. 2019. The Effects of Reactive MgO on the Mechanical Properties of Rock Flour Mortar, Iranian Journal of Science and Technology - Transactions of Civil Engineering. 43(3), 589-598.

  • Heidari, A., Hashempour, M., and Delshad, M. 2019. Influence of Reactive MgO Hydration and Cement Content on C&DW Aggregate Concrete Characteristics, International Journal of Civil Engineering. 17 (7), 1095-1106.

  • Tabari, M and Hashempour, M. 2019. Development of GWO–DSO and PSO– DSO Hybrid Models to Redesign the Optimal Dimensions of Labyrinth Spillway, Soft Computing. 23(15), 6391-6406.

  • Heidari, A and Hashempour, M. 2018. Investigation of mechanical properties of self compacting polymeric concrete with backpropagation network, International Journal of Engineering. 31 (6), 319-325.

CONTACT

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