Vahid Bazargan

1. Experimental evaluation of PDMS microchamber dimensions for heat-induced biological reaction experiments

Karami Amir Hossein, Oveysi Mehrnaz, Bazargan Vahid, Karim Khani Mohammad Mahdi, Namazi Negar, Marengo Marco (2025)., Results in Engineering, 25(-), 104594.

1. Experimental Investigation and Simulation of Controlled Size Droplet Formation in a Capillary Microdevice

Oveysi Mehrnaz, [] [], Bazargan Vahid (2024)., Mechanical Engineering Sharif, 40(2).

2. Size prediction of drug-loaded Polymeric (PLGA) microparticles prepared by microfluidics

Oveysi Mehrnaz, Rezvani Ali Reza, Karim Khani Mohammad Mahdi, Bazargan Vahid, Nejat Amir, Varshochian Reyhane, Marengo Marco (2024)., JOURNAL OF DRUG DELIVERY SCIENCE AND TECHNOLOGY, 98(-), 105776.

3. Microfluidic synthesis of alginate co-polymeric microgels for enhanced protein delivery applications

Zaker Mohammad Amin, Ostovar Shima, Bazargan Vahid, Akrami Mohammad, Marengo Marco, Salehi Zeinab (2024)., MICROFLUIDICS AND NANOFLUIDICS, 28(-).

4. Strain-Assisted Phase Transformation in Two-Dimensional Transition-Metal Dichalcogenides

Sabbaghi Soroush, Hosseinian Ehsan, Bazargan Vahid (2024)., ACS Applied Materials & Interfaces, 16(17), اعلام نشده.

5. Exploring the stability of single emulsion created by microfluidics and its use in the production of core–shell microparticles

Oveisi Mehrnaz, Bazargan Vahid, Nejat Amir, Marengo Marco (2024)., MICROFLUIDICS AND NANOFLUIDICS, 28(5).

6. A Simple Non-Embedded Single Capillary Device for On-Demand Complex Emulsion Formation

Karim Khani Mohammad Mahdi, Oveisi Mehrnaz, Bazargan Vahid, Marengo Marco (2024)., Micromachines, 15(2), 239.

7. Multiple emulsions: A new level-set based two-and-three dimensional simulation of multiphase immiscible flows for droplet formation

Oveysi Mehrnaz, Karim Khani Mohammad Mahdi, Bazargan Vahid, Nejat Amir, Marengo Marco (2024)., INTERNATIONAL JOURNAL OF MULTIPHASE FLOW, 170(1), 104645.

1. Mesoporous Starch Cryoaerogel Material as an Emerging Platform for Oral Drug Delivery: Synthesis and In Vitro Evaluation

Jafari Samira, Khodaensaf Farzaneh, Cedric Delattre, Bazargan Vahid, Lukova Paolina (2023)., GELS, 9(8), 623.

2. Deposition Patterns of Evaporating Sodium Alginate Sessile Droplets Cross‐Linked by Calcium Chloride

Biglari Ghazal, Saberi Maedeh, Issakhani Shervin, Jadidi Omid, Farhadi Jafar, Bazargan Vahid, Marengo Marco (2023)., MACROMOLECULAR MATERIALS AND ENGINEERING, 2300171(2300171).

3. Numerical and artificial neural network analysis of an axisymmetric co-flow-focusing microfluidic droplet generator using active and passive control

Naji Sarvin, Rahimi Arvin, Bazargan Vahid, Marengo Marco (2023)., PHYSICS OF FLUIDS, 35(6).

4. Droplet-based fabrication of alginate hydrogel microparticles in presence of surfactants

Oveysi Mehrnaz, Zaker Mohmmad Amin, Peregrino Giordana, Bazargan Vahid, Marengo Marco (2023)., Microfluidics and Nanofluidics, 27(7).

5. Immunomagnetic Isolation of HER2-Positive Breast Cancer Cells Using a Microfluidic Device

Parvin Delaram, Hashemi Zahra Sadat, Shokati Farhad, Mohammadpour Zahra, Bazargan Vahid (2023)., ACS Omega, 6(6).

6. Numerical investigation of moving gel wall formation in a Y-shaped microchannel

Dabiri Donya, Dehghan Banadaki Mohammad, Bazargan Vahid, Schaap Allison (2023)., SN Applied Sciences, 5(105).

7. Geometrically-controlled evaporation-driven deposition of conductive carbon nanotube patterns on inclined surfaces

Issakhani Shervin, Jadidi Omid, Farhadi Jafar, Bazargan Vahid (2023)., Soft Matter, 19(7), 1393–1406.

8. Defect engineering for thermal transport properties of nanocrystalline molybdenum diselenide

Sabbaghi Soroush, Bazargan Vahid, Hosseinian Ehsan (2023)., Nanoscale, 2023(2023).

1. Microfluidic Production of Alginate Microdroplets in the Presence of Surfactants

Oveysi Mehrnaz, Zaker Amin, Bazargan Vahid (2022)., The 30th Annual International Conference of the Iranian Society of Mechanical Engineers, 10-12 May, Tehran, Iran.

2. Marangoni flow and surfactant transport in evaporating sessile droplets: A lattice Boltzmann study

Farhadi Jafar, Bazargan Vahid (2022)., PHYSICS OF FLUIDS, 34(3), 032115.

3. Effect of surfactant concentration on the evaporation-driven deposition of carbon nanotubes: from coffee-ring effect to strain sensing

Inanlu MohammadJalal, Farhadi Jafar, Ansari Ehsan, Charkas Saina, Bazargan Vahid (2022)., RSC Advances, 12(49), 31688-31698.

1. Effects of roughness on rarefied gas flow in a microfluidic channel with porous walls

Niksa Arsha, Soheili Amirreza, Bazargan Vahid (2021)., 19th Fluid Dynamics Conference, 16-17 November, Tehran, Iran.

2. Effect of Particle Concentration on Surfactant-Induced Alteration of the Contact Line Deposition in Evaporating Sessile Droplets

Inanloo Mohammad, Shojaan Behrooz, Farhadi Jafar, Bazargan Vahid (2021)., LANGMUIR, 37(8), 2658-2666.

1. Novel criteria for the optimum design of grooved microchannels based on cell shear protection and docking regulation: a lattice Boltzmann method study

Ramazani Sarbandi Iman, Taslimi Melika, Bazargan Vahid (2020)., SN Applied Sciences, 2(1823).

1. Effect of substrate conductivity on the evaporation of small sessile droplets

Bazargan Vahid, Stoeber Boris (2016)., PHYSICAL REVIEW E, 94(3).

1. Characterization of postfabricated parylene C coatings inside PDMS microdevices

Flueckiger Jonas, Bazargan Vahid, Stoeber Boris, C. Cheung Karen (2011)., SENSORS AND ACTUATORS B-CHEMICAL, 160(1).