Welcome to the website of the Musculoskeletal Mechanics & Multiscale Materials (4M) Group!


Our expertise lies in musculoskeletal biomechanics and the mechanics of cellular materials. Our research interests lie at the interface of biology and engineering with the goals to investigate biomedical issues using mathematical and engineering principles and to explore the fundamentals of bio-inspired design for engineering systems and structures. In this journey, we apply a combined approach of theory, simulations and experiments to study the mechanical response at multiple length scales. We are primarily studying pathophysiology of osteoarthritis (OA) and osteoporosis from the biomechanics perspective so that the biomechanical factors can further be transferred for developing engineering approaches and therapeutic interventions for the stated pathologies. We also study the natural and architected cellular materials to develop new class of engineering cellular structure exhibiting superior and tailored structural properties. Our research interests lie in the following areas:

  • Experimental, mathematical and computational modeling of knee joints, specifically, cartilage and ligaments.
  • ML/DL-based osteoporotic fracture risk assessment.
  • Architected materials and hierarchical strutures.


Principal Investigator




Tanvir Faisal, Ph.D
Assistant Professor

Phone: (337) 482-5360
Email:tanvir.faisal@louisiana.edu
Website: https://mche.louisiana.edu/node/113

News


Spring/Summer 2023
  • Rabina Awal successfully defneded her PhD dissertation. Congrtualatons Dr. Awal!

  • Fall 2022
  • Our paper titled "Surrogate modeling of articular cartilage degradation to understand the synergistic role of MMP-1 and MMp-9: a case study" is published in Biomechanics and Modeling in Mechanobiology.

  • Rabina is going to give an oral presentation on predictig hip fracture using DNN in BMES 2022 at San Antonio, TX.

  • Spring 2022
  • Our project, Design and development of architected cellular core structure to enhance the structural performance of SPS bridge decks, received TIRE Grant, supported by LTRC.

  • Our paper titled "Mechanical characterization of articular cartilage degraded combinedly with MMP-1 and MMP-9" is accepted for publication in the Journal of the Mechanical Behavior of Biomedical Materials.