محمدحسن رحیمیان(مرحوم)

1. Investigating Cell-Induced Mixing Dynamics in Microfluidic Droplets Using the Lattice Boltzmann Method

Jannati Kamal، Rahimiyan Mohammad Hasan، Raisee Mehrdad، Jafari Azadeh (2025)., LANGMUIR, -(-).

2. Numerical simulation of combustion in a multi-component two-phase flow by lattice Boltzmann method

Latifiyan Navid، Rahimiyan Mohammad Hasan، Jafari Azadeh (2024)., PHYSICS OF FLUIDS, 36(12).

3. Integration of Hertz–Knudsen–Schrage phase change in phase-field lattice Boltzmann method: Validation and parametric studies

Mandegari Ali، Rahimiyan Mohammad Hasan، Jalali Alireza، Jafari Azadeh (2024)., PHYSICS OF FLUIDS, 36(7).

4. Simulation-based insights into cell encapsulation dynamics in droplet microfluidics

Jannati Kamal، Rahimiyan Mohammad Hasan، Raisee Mehrdad، Jafari Azadeh (2024)., PHYSICS OF FLUIDS, 36(4).

1. Numerical investigation of electrohydrodynamic effect for size-tunable droplet formation in a flow-focusing microfluidic device

Alizadeh Majd Sara، Moghimi Zand Mahdi، جاویدی رضا، Rahimiyan Mohammad Hasan (2023)., SOFT MATERIALS, 21(2), 174-190.

2. Numerical simulation of droplet evaporation in three component multiphase flows using lattice Boltzmann method

Latifiyan Navid، Rahimiyan Mohammad Hasan، Haghani Hassanabadi Reza، Ashna Mostafa، Jafari Azadeh (2022)., ACTA MECHANICA, 233(-).

3. Numerical simulation of indirect freezing desalination using lattice Boltzmann method

Mousavi Seyed pedram، Jalali Alireza، Rahimiyan Mohammad Hasan (2022)., PHYSICS OF FLUIDS, 34(7), 073322.

4. Numerical Simulation of Water Solidification in a Square Cavity Using Lattice Boltzmann Method

Mousavi Seyed pedram، Jalali Alireza، Rahimiyan Mohammad Hasan (2022)., The 30th Annual International Conference of Iranian Society of Mechanical Engineers, 10-12 May, Tehran, Iran.

1. Magnetic field-induced control of a compound ferrofluid droplet deformation and breakup in shear flow using a hybrid lattice Boltzmann-finite difference method

Majidi Mohammad، Bijarchi Mohamad Ali، Ghorbanpour Aran Amirabbas، Rahimiyan Mohammad Hasan، BehshadShafiib Mohammad (2022)., INTERNATIONAL JOURNAL OF MULTIPHASE FLOW, 146(146), 103846.

1. Computational modeling of three-dimensional thermocapillary flow of recalcitrant bubbles using a coupled lattice Boltzmann-finite difference method

Mitchell T.R.، Majidi Mohammad، Rahimiyan Mohammad Hasan، Leonard C.R. (2021)., PHYSICS OF FLUIDS, 33(3), 032108.

2. Phase-change modeling based on a novel conservative phase-field method

Haghani Hassanabadi Reza، Fakhari Abbas، Rahimiyan Mohammad Hasan (2021)., JOURNAL OF COMPUTATIONAL PHYSICS, 50(6), 110111.

3. Pinning-depinning of the contact line during drop evaporation on textured surfaces: A lattice Boltzmann study

Jannati Kamal، Rahimiyan Mohammad Hasan، [] [] (2020)., PHYSICAL REVIEW E, 102(3), 1-12.

4. Vibration-enhanced condensation heat transfer on superhydrophobic surfaces: An experimental study

Moradi Mostafa، Chini Seyed Farshid، Rahimiyan Mohammad Hasan (2020)., AIP Advances, 10(9), 095123.

5. Numerical simulation of droplet impact on vibrating low-adhesion surfaces

Moradi Mostafa، Rahimiyan Mohammad Hasan، Chini Seyed Farshid (2020)., PHYSICS OF FLUIDS, 32(6), 062110.

6. Single recalcitrant bubble simulation using a hybrid lattice boltzmann finite difference model

Majedi Mohammad، Haghani Hassanabadi Reza، Rahimiyan Mohammad Hasan (2020)., INTERNATIONAL JOURNAL OF MULTIPHASE FLOW, 127(5), 103289.

7. Axisymmetric lattice Boltzmann model for simulation of ternary fluid flows

Haghani Hassanabadi Reza، Rahimiyan Mohammad Hasan (2020)., ACTA MECHANICA, 231(6), 2323-2334.

1. Numerical simulation of dissolved air flotation using a lattice Boltzmann method

Ghorbanpour Amirabbas، Rahimiyan Mohammad Hasan، Haghani Hassanabadi Reza (2020)., PHYSICAL REVIEW E, 101(2).

2. Prediction of flow and heat transfer through a microtube filled with bidisperse porous medium under local thermal nonequilibrium condition

Fazel Mohammad، Bahrami Ali، Ghanavati Ali، Rahimiyan Mohammad Hasan (2020)., Heat Transfer-Asian Research, 48(7), 1-31.

3. A lattice Boltzmann model for computing compressible two-phase flows with high density ratio

Yazdi Hossein، Rahimiyan Mohammad Hasan، Safari Hesamedin (2019)., Discover Applied Sciences(SN Applied Sciences), 2(1).

4. Numerical study on air-core vortex: analysis of generation mechanism

Khoshkalam Nima، Najafi Amir Farhad، Rahimiyan Mohammad Hasan، Magagnato Franco (2019)., ARCHIVE OF APPLIED MECHANICS, 1(1).

5. Numerical investigation of vibration-induced droplet shedding on smooth surfaces with large contact angles

مرادی مصطفی، Rahimiyan Mohammad Hasan، Chini Seyed Farshid (2019)., PHYSICAL REVIEW E, 100(2).

6. Experience on horizontal-tube falling-film evaporation simulation by lattice-Boltzmann method

Bajalan Sima، Kohi Kamali Ramin، Rahimiyan Mohammad Hasan (2019)., Heat Transfer-Asian Research, 48(7), 2676-2699.

7. Numerical investigation of vibration-induced droplet shedding on microstructured superhydrophobic surfaces

مرادی مصطفی، Rahimiyan Mohammad Hasan، Chini Seyed Farshid (2019)., PHYSICAL REVIEW E, 99(6).

8. Coalescence-induced droplet detachment on low-adhesion surfaces: A three-phase system study

Moradi Mostafa، Rahimiyan Mohammad Hasan، Chini Seyed Farshid (2019)., PHYSICAL REVIEW E, 99(6).