Peyman Badiei

1. Hydraulic stability and wave overtopping characteristics of Tblock™ armour units on a 3V:4H slope

Ali Asgary Soroush, Badiei Peyman, Mouaze' Dominique (2025)., OCEAN ENGINEERING, 315(-), 119814.

2. Revisiting wind-free universality of deep-water wave growth with observations

Eyhavand Koohzadei Amin, Badiei Peyman, Mahmoudof Seyed Masoud (2025)., APPLIED OCEAN RESEARCH, 154(-), 104429.

1. Assessment of Land Use Changes Based on the Integration of Machine Learning Method and Spectral Angle Mapper Algorithm Using Training Samples Migration: A Case Study of Anzali Wetland Basin

Haji Elyasi Ali, Nasseri Mohsen, Badiei Peyman (2024)., Physical Geography Research Quarterly, 56(4), 39-56.

2. Evaluation of the Factors Affecting the Hydraulic Stability of Tblock™ Coastal Protection Armour Unit

Ali Asgary Soroush, Badiei Peyman, Mouaze' Dominique (2024)., Water Waves, 6(3), 571-592.

3. Reservoir Sediment Removal Using VMHS: Storage loss vs. environmental impact

Hosseini Ghafari Sarvenaz, Kouchakzadeh Salah, Badiei Peyman (2024)., ISH Journal of Hydraulic Engineering, 1(1).

1. 3D Numerical Simulation of Density Currents with openFOAM

Badiei Peyman, [] [] (2023)., 22 nd Iranian Conference on Hydraulics, 8-9 November, maragheh, Iran.

2. EXPERIMENTAL STUDY OF REEF BALL UNITS PERFORMANCE IN SUBMERGED BREAKWATERS

Golchin Mohammad Hossein, Badiei Peyman (2023)., International Conference on Coastal, Ports and Marine Structures, 9-10 May, Tehran, Iran.

3. PREDICTION OF SHORT-TERM CASPIAN SEA LEVEL USING ARTIFICIAL NEURAL NETWORK

[] [], Badiei Peyman (2023)., International Conference on Coastal, Ports and Marine Structures, 9-10 May, Tehran, Iran.

4. PHYSICAL MODELING OF KANGAN PORT BREAKWATER

Ali Asgary Soroush, Badiei Peyman (2023)., International Conference on Coastal, Ports and Marine Structures, 9-10 May, Tehran, Iran.

1. Experimental study on the growth and conversion of duration- and fetch-limited wind waves in water of finite depth

Eyhavand Koohzadei Amin, Badiei Peyman (2022)., OCEAN ENGINEERING, 266(113020), 113020.

2. Improving the Performances of a Novel RANS Model for Breaking Water Waves Using a Subgrid Approach and Non-equidistant Layers

Iravani Nikta, Badiei Peyman, Brocchini Maurizio (2022)., Water Waves, 4(3), 447-490.

1. Laboratory experiments on time-space conversion of wind waves in deep water

Eyhavand Koohzadei Amin, Badiei Peyman (2021)., APPLIED OCEAN RESEARCH, 111(02656), 102656.

2. Numerical simulation of wave interaction with porous structures

Jafari Ebrahim, Montazeri Namin Masoud, Badiei Peyman (2021)., APPLIED OCEAN RESEARCH, 108(-), 102522.

3. A study on full interaction of water waves with moored rectangular floating breakwater by applying 2DV scaled boundary finite element method

Qorbani fooladi Meisam, Badiei Peyman, Vahdani Shahram (2021)., OCEAN ENGINEERING, 220(-), 108450.

1. Hybrid physical–numerical study on the performance of clear-water flow through vertical multi-holes suction (VMHS) systems

Hosseini Ghafari Sarvenaz, Badiei Peyman, Kouchakzadeh Salah (2020)., ISH Journal of Hydraulic Engineering, 09715010(2020.1857664), 1-12.

2. A bottom mounted wavemaker in water wave flumes

Mahjouri Saeed, Shabani Rasoul, Badiei Peyman, Rezazadeh Ghader (2020)., JOURNAL OF HYDRAULIC RESEARCH, 59(4), 662-669.

3. Active Control of A Piston-Type Absorbing Wavemaker with Fully Reflective Structure

Mhajouri Saeed, Shabani Rasoul, REZAZADEH Ghader, Badiei Peyman (2020)., CHINA OCEAN ENGINEERING, 34(5), 730-737.

4. A time-splitting pressure-correction projection method for complete two-fluid modeling of a local scour hole

Farahi Moghadam Kambiz, Bani Hashemi Mohammad Ali, Badiei Peyman, شیرکوند علی (2020)., International Journal of Sediment Research, 35(4), 395-407.

5. Novel free surface boundary conditions for spilling breaking waves

Iravani Nikta, Badiei Peyman, Brocchini Maurizio (2020)., Coastal Engineering, 159(103717), 103717.

6. Extracting the Solution of Three-Dimensional Wave Diffraction Problem from Two-Dimensional Analysis by Introducing an Artificial Neural Network for Floating Objects

Qorbani fooladi Meisam, Badiei Peyman, Vahdani Shahram (2020)., Latin American Journal of Solids and Structures, 17(8).

1. A numerical approach to solve fluid-solid two-phase flows using time splitting projection method with a pressure correction technique

Farahi Moghadam Kambiz, Bani Hashemi Mohammad Ali, Badiei Peyman, شیرکوند علی (2019)., PROGRESS IN COMPUTATIONAL FLUID DYNAMICS, 19(6), 357.

1. Spectral Wave Modeling in Very Shallow Water at Southern Coast of Caspian Sea

Mahmoudof Seyed Masoud, Badiei Peyman, سیادت موسوی سید مصطفی, Chegini Vahid (2018)., JOURNAL OF MARINE SCIENCE AND APPLICATION, 17(1), 140-151.

1. An Efficient Boundary Fitted Non-Hydrostatic Model for Free-Surface Flows

Ahmadi A., Badiei Peyman, Montazeri Namin Masoud (2017)., Proceedings of the Fifth International Conference on Fluid Mechanics, 15-19 August, Shanghai, China.

1. Observing and estimating of intensive triad interaction occurrence in very shallow water

Mahmoudof Masoud, Badiei Peyman, Siadatmousavi Seyed Mostafa, Chegini Vahid (2016)., CONTINENTAL SHELF RESEARCH, 122(122), 68-76.

1. Conservation of energy for non-dissipative water waves

Sadeghian Hadi, Badiei Peyman (2015)., OCEAN ENGINEERING, 107(00298018), 147-156.