َArash Bahrami

1. Design and Fabrication of a Microinjector to Conduct Columnar Injection of Stem Cells for Treating Parkinson’s Patients

Bayat Sarmadi Erfun, Same Seyed Mahdi, abolghasemi dehaghani mahdi, Bahrami َArash, abolghasemi dehaghani mohammadreza, Yousefi Koma Aghil (2024)., 2024 12th RSI International Conference on Robotics and Mechatronics (ICRoM), 17-19 December, Tehran, Iran.

2. Hybrid Koopman-neural network approach for robust parameter estimation and prediction in duffing oscillators

Riyazi Yasin, Ghanbari Navidreza, Bahrami َArash (2024)., Journal of Theoretical and Applied Vibration and Acoustics, 10(1), 13-28.

3. Cooperative engulfment of nanoparticles by membranes and vesicles

Bahrami َArash, Bahrami Amir Houshang (2024)., NEW JOURNAL OF PHYSICS, 26(10), 103012.

4. Molecular mechanisms and energetics of lipid droplet formation and directional budding

Kazemi Sabet Fatemeh, Bahrami َArash, Gosh Rikhia, Rozicky Bartosz, Bahrami Amir Houshang (2024)., Soft Matter, 1(20), 909.

1. Leveraging Koopman operator and Deep Neural Networks for Parameter Estimation and Future Prediction of Duffing oscillators

Riyazi Yasin, Ghanbari Navidreza, Bahrami َArash (2023)., 13th International Conference on Acoustics and Vibration (ISAV2023), 20-21 December, Tehran, Iran.

2. FIM: A fatigued-injured muscle model based on the sliding filament theory

Jalali Fatemeh, Nazari Mohammad Ali, Bahrami َArash, Perrier Pascal, Payan Yohan (2023)., COMPUTERS IN BIOLOGY AND MEDICINE, 164(164), 107367.

1. Compartmentalizing and sculpting nanovesicles by phase-separated aqueous nanodroplets

Kazemi Fatemeh, Bahrami َArash, Bahrami Amir H. (2022)., RSC Advances, 12(49), 32035-32045.

2. Dynamic Analysis of a High-Speed Rotor Supported by Optimized Bearings at Steady and Transient Operating Conditions

Tarlani Ali, Bahrami َArash (2022)., Journal of Vibration Engineering & Technologies, 1(1).

3. A three rates fatigue muscle model considering metabolic by products using sliding filament theory

Jalali Fatemeh, Bahrami َArash, Nazari Mohammad Ali (2022)., The 9th World Congress of Biomechanics, 10-14 July, Taipei, Taiwan.

4. Vibrational energy harvesting from an array of piezomagnetoelastic beams using combination resonance

پرتوی آریا هادی, Bahrami َArash, Sadighi Ali (2022)., The 30th Annual International Conference of the Iranian Association of Mechanical Engineers, 10-12 May, Tehran, Iran.

5. Analysis of radial expansion, eversion, and cavitation of soft functionally graded material spheres

Mousavi Seyed Ali, Bahrami َArash, San Omer, Batra Romesh.C (2022)., MATHEMATICS AND MECHANICS OF SOLIDS, 00(0), 108128652210935.

1. High-resolution compositional mapping of surfaces in non-contact atomic force microscopy by a new multi-frequency excitation

Ghanbari Kochaksarae Mostafa, Bahrami َArash (2021)., ULTRAMICROSCOPY, 227(113317), 113317.

2. Vibrational Energy Harvesting from a Monostable Piezomagnetoelastic Structure with Multi-frequency Excitation

Partovi Aria Hadi, Bahrami َArash, Sadighi Ali (2021)., 10th International Conference on Acoustics and Vibration (ISAV2020), 17-18 February, Tehran, Iran.

3. Dynamic Analysis of a High-Speed Rotor and Optimization of Dynamic Characteristics of Its Bearings Using NSGA-II

Tarlani Ali, Bahrami َArash (2021)., 10th International Conference on Acoustics and Vibration (ISAV2020), 17-18 February, Tehran, Iran.

1. Vibrational energy harvesting from a monostable piezomagnetoelastic structure with multi-frequency excitation

Partovi Aria Hadi, Bahrami َArash, Sadighi Ali (2020)., Journal of Theoretical and Applied Vibrations and Acoustics, 6(2).

2. Disturbance observer–based terminal sliding mode control for effective performance of a nonlinear vibration energy harvester

Yousefpour Amin, Haji Hosseinloo Ashkan, Haeri Yazdi Mohammad Reza, Bahrami َArash (2020)., JOURNAL OF INTELLIGENT MATERIAL SYSTEMS AND STRUCTURES, 1-16(2020), 1045389X2092290.

3. A novel excitation scheme to enhance image resolution in dynamic atomic force microscopy

Safikhani Mahmoudi Mohammad, Bahrami َArash (2020)., PHYSICS LETTERS A, 384(4), 126099.

1. Vesicle constriction by rings of Janus nanoparticles and aggregates of curved proteins

Bahrami َArash, Bahrami Amir Houshang (2019)., NANOTECHNOLOGY, 30(34), 345101.

2. Higher modes and higher harmonics in the non-contact atomic force microscopy

Safikhani Mahmoudi Mohammad, Ebrahimian Arash, Bahrami َArash (2019)., INTERNATIONAL JOURNAL OF NON-LINEAR MECHANICS, 110(-), 33-43.

1. Nonlinear Dynamics and Chaotic Behavior in an Oscillator Connected to Shape Memory Alloy

Yahyaei Shaqayeq, Zakerzadeh Mohammad Reza, Bahrami َArash (2018)., Mechanical Engineering modares, 19(1).

2. Multi-frequency piezomagnetoelastic energy harvesting in the monostable mode

Yousefpour Amin, Bahrami َArash, Haeri Yazdi Mohammad Reza (2018)., Journal of Theoretical and Applied Vibration and Acoustics, 4(1).

3. Higher mode excitation in the non-contact atomic force microscopy

Safikhani Mahmoudi Mohammad, Yousefpour Amin, Bahrami َArash (2018)., Mechanical Engineering modares, 18(4).

4. Piezomagnetoelastic vibration energy harvesting with superharmonic resonance

Yousefpour Amin, Safikhani Mahmoudi Mohammad, Haeri Yazdi Mohammad Reza, Bahrami َArash (2018)., Mechanical Engineering modares, 18(4).

5. Piezomagnetoelastic vibration energy harvesting with superharmonic resonance

Yousefpour Amin, Haeri Yazdi Mohammad Reza, Bahrami َArash (2018)., 26th Annual International Conference of Iranian Society of Mechanical Engineers ISME 2018, 24-26 April, Semnan, Iran.

1. Vibrational energy harvesting from a tri-stable piezo-magnetoelastic structure in chaotic regimes

Ebrahimian Arash, Bahrami َArash (2017)., 7th International Conference on Acoustics and Vibration, 28-29 November, Tehran, Iran.