Lectures related to Biomechanics

Numerical Methods in Biomechanics: Hip-A

Explores numerical methods in biomechanics for hip implants and emphasizes understanding conditions for improved designs and patient outcomes.

Neuromechanics of Terrestrial Locomotion

Explores computational modeling of terrestrial locomotion, focusing on neural circuits, biomechanics, and gait optimization.

Biomechanics: Force-Length Relationship

Discusses the force-length relationship analysis in biomechanics and the extraction of biomechanical parameters.

MechE Colloquium: Soft Tissues Dissipation & Hydrogels for Medical Applications

Explores soft tissues dissipation, chondrocytes behavior, and hydrogel development for medical applications.

Mechanics: Introduction and Calculus

Introduces mechanics, differential and vector calculus, and historical perspectives from Aristotle to Newton.

Biomechanical Tissues: Non-linear Constitutive Laws

Explores ligamentoplasty outcomes, biomechanical analysis, finite element analysis, and tissue characterization through constitutive laws.

Selenium: Water Quality and the Biogeochemical Engine

Explores the importance of selenium in human health, its global distribution, mobility in soil, and impact on articular cartilage.

Biomechanical Tissues: Non-linear Constitutive Laws

Explores biomechanics at the tissue level, focusing on constitutive laws, stress-strain curves, and treatment options for ACL rupture.

Patient-Specific Knee Model: Patellar Strain in TKA

Explores a patient-specific knee model for evaluating patellar strain in TKA and its clinical implications.

Neural Mechanisms of Locomotion: Insights and Innovations

Discusses the neural mechanisms of locomotion and the role of electrical stimulation in restoring movement in individuals with spinal cord injuries.

Tissue Mechanical Remodeling

Delves into bone biomechanics, adaptation at different time scales, and the influence of mechanical stimulus on bone density evolution.

Muscle Biomechanics: Functional Anatomy and Force Generation

Explores muscle functional anatomy, force generation, and biomechanical incorporation of spring and active elements.

Exoskeletons: Rehabilitation and Mobility

Explores the use of exoskeletons in rehabilitation and mobility, covering parallel kinematics, verticalized systems, and functional electrical stimulation.

Biomechanics: Velocity Analysis

Explores the analysis of velocity data in biomechanics using Excel for visualization and interpretation.

Biomedical Microrobots: Precision Medicine and Tissue Mechanics

Explores biomedical microrobots for precision medicine and tissue mechanics, focusing on navigating high curvature channels and controlling tissue morphogenesis.

Shoulder Biomechanics: Numerical Methods

Explores the engineering of the shoulder joint, covering biomechanics, numerical methods, and clinical applications.

Isotropic Continuum Damage Mechanics Models

Covers stress-strain relationships, damage evolution, loading-unloading states, damage localization, and damage parameters in continuum damage mechanics models.

Gait Kinematics: Frames in Biomechanics

Explores various frames in biomechanical analysis, highlighting their significance in defining body movements accurately.

Studying Mechanics: Vector Calculus

Covers vector calculus, including scalar and vector products, with insights from Dr. Sylvain Bréchet.

Applications of LVDT

Explores the applications of LVDT in biomechanics and robotic simulations.