محمدعلی نظری

1. The intricate link between anterior cruciate ligament rupture and lower limb muscle fatigue: a case study

Saghaeinooshabadi zeynab، Zakerzadeh Mohammad Reza، Nazari Mohammad Ali (2025)., EUROPEAN JOURNAL OF ORTHOPAEDIC SURGERY AND TRAUMATOLOGY, 35(1).

1. Investigation of Vibrational Frequency of Canine Vocal Folds Using a Two-Way Fluid-Solid Interaction Analysis

Mohammadi Gorjaei Abolfazl، Nazari Mohammad Ali، Afshari Asghar، Farzad-Mohajeri Saeed، Perrier Pascal (2024)., 13th International Seminar of Speech Production, 13-17 May, Grenoble, France.

2. Investigation of Vibrational Frequency of Canine Vocal Folds Using a Two-Way Fluid-Solid Interaction Analysis

Mohammadi Gorjaei Abolfazl، Nazari Mohammad Ali، Afshari Asghar، Farzad-mohajeri Saeed، Perrier Pascal (2024)., 13th International Seminar of Speech Production, 13-17 May, France.

1. A Review: Biomechanical Aspects of the Fallopian Tube Relevant to its Function in Fertility

Seraj Hasan، Nazari Mohammad Ali، Atai Ali Asghar، Amanpour Saeid، Azadi Mojtaba (2024)., Reproductive Sciences, 31(-), 1456 - 1485.

2. Designing a passive orthosis to restrict the tremor in the upper limbs using rotary dampers

Korani Hossein، Nazari Mohammad Ali، Masoumi Abolfazl (2023)., The 30th national 8th international Iranian Conference of Biomedical Engineerinh, 30 November-1 December, Tehran, Iran.

3. 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.

4. Finite element analysis of biomechanical interactions of a subcutaneous suspension suture and human face soft-tissue: a cadaver study

Mousavi Seyed Ali، Nazari Mohammad Ali، Perrier Pascal، Shariat Panahi Masoud، Meadows John، Christen Marie-Odil، Mojallal Ali، Payan Yohan (2023)., BIOMEDICAL ENGINEERING ONLINE, 22(-), 1-12.

5. MUSCLE FATIGUE: EXPERIMENT AND SIMULATION

Saghaei Zeinab، Zakerzadeh Mohammad Reza، Nazari Mohammad Ali (2023)., XXIX Congress of International society of biomechanics (ISB/JSB2023), 30 July-3 August, Fukuoka, Japan.

1. Micro-scale probing of the Rat's oviduct detects its viscoelastic property needed for creating a biologically relevant substrate for In-Vitro- Fertilization

Jafarbeglou Fereshteh، Nazari Mohammad Ali، Iravanimanesh Sahba، Amanpour Saeid، Keikha Fatemeh، Rinaudo Paolo، Azadi Mojtaba (2022)., Progress in Biophysics and Molecular Biology, 176(December 2022), 16-24.

2. Ex-vivo mechanical characterization of the mucous in bovine tongue tissue

Nazari Mohammad Ali، Yousefi Seyed Moein، Yousefi Masoud، Perrier Pascal، Payan Yohan (2022)., The 9th World Congress of Biomechanics, 10-14 July, Taipei, Taiwan.

3. Fluid-Structure Interaction analysis of human’s vocal folds and the internal airflow using an asymmetric glottis opening

Ghorbani Omid، Afshari Asghar، Perrier Pascal، Nazari Mohammad Ali (2022)., The 9th Word Congress of Biomechanics, 10-14 July, Taipei, Taiwan.

4. 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.

5. MoMed: An Affordable Mechanical Ventilator

Robati Mahdi، Sadighi Ali، Nazari Mohammad Ali، Naseri Hamid (2022)., 2022 30th International Conference on Electrical Engineering (ICEE), 17-19 May, Shiraz, Iran.

2. Designing a unit cell to investigate the effect of collagen type IX on mechanical properties of human cartilage

[] []، Nazari Mohammad (2021)., 2021 28th National and 6th International Iranian Conference on Biomedical Engineering (ICBME), 25-26 November, Iran.

3. Finite element modeling of Non-Fourier heat transfer in a cancerous tissue with an injected fat layer during hyperthermia treatment

Nazmdeh Hossein، Vahabi Mohammad، Nazari Mohammad Ali (2021)., JOURNAL OF THERMAL BIOLOGY, 100(103073), 103073.

4. THE EFFECT OF CRYSTALLINE LENS NUCLEUS STIFFNESS ON VISUAL FUNCTION: A FINITE ELEMENT STUDY

Kakavand Reza، Nazari Mohammad Ali، Mohammadi Seyed Farzad، Atai Ali Asghar، Komeili Amin (2021)., CSB-SCB 2020/21, 25-28 May, Montreal, Canada.

5. AN INSIGHT INTO THE CAPSULE ROLE IN THE ACCOMMODATION OF THE AGING HUMAN LENS

Kakavand Reza، Nazari Mohammad Ali، Mohammadi Seyed Farzad، Atai Ali Asghar، Komeili Amin (2021)., CSB-SCB 2020/21, 25-28 May, Montreal, Canada.

6. Visco-hyperelastic characterization of the mechanical properties of human fallopian tube tissue using atomic force microscopy

Jafarbeglou Fereshteh، Nazari Mohammad Ali، Keikha Fatemeh، Amanpour Saeid، Azadi Mojtaba (2021)., Materialia, 16(May 2021), 101074.

1. Studying the effects of facial muscles activations to investigate the optimum positioning of subcutaneous suspension sutures

Nazari Mohammad Ali، Perrier Pascal، Meadows John، Christen Marie-Odil، Mojallal Ali، Payan Yohan (2020)., COMPUTER METHODS IN BIOMECHANICS AND BIOMEDICAL ENGINEERING, 23(SUP1), S203-S205.

2. Extracting the elasticity of the human skin in microscale and in-vivo from atomic force microscopy experiments using viscoelastic models

Iravanimanesh Sahba، Nazari Mohammad Ali، Jafarbeglou Fereshteh، Mahjoob Mohammad، Azadi Mojtaba (2020)., COMPUTER METHODS IN BIOMECHANICS AND BIOMEDICAL ENGINEERING, 24(2), 188-202.

1. Analysis of temporomandibular joint prosthesis using finite element method and a patient specific design

Omidi Alireza، Jeannin Christophe، Nazari Mohammad Ali، Shariat Panahi Masoud (2019)., Engineering Solid Mechanics, 7(1), 83-92.

2. A new model of passive muscle tissue integrating Collagen Fibers: Consequences for muscle behavior analysis

Karkhaneh Yousefi Ali-akbar، Nazari Mohammad Ali، Perrier Pascal، Shariat Panahi Masoud، Payan Yohan (2018)., Journal of the Mechanical Behavior of Biomedical Materials, 88(88), 29-40.

3. Application of mechanotransduction in induction of efficient and targeted differentiation into the stem cells

Jafarbeglou Fereshteh، Bakhshandeh Behnaz، Nazari Mohammad Ali (2018)., The First International Iranian Tissue Engineering and Regenerative Medicine Congress, 18-20 July, Tehran, Iran.

4. Investigation of the effect of fibrous structure of the human lens on accommodation using finite element method

Kakavand Reza، Nazari Mohammad Ali، Mohammadi S. Farzad، Atai Ali Asghar، Jamali Sepideh (2018)., 8th World Congress of Biomechanics, wcb2018, 8-12 July, Dublin, Ireland.