Biomechanical Assessment in Calcaneal Fracture Management: Methods, Clinical Applications, and Future Directions

This review explores the biomechanical evaluation of calcaneal fractures, utilizing techniques such as computed tomography (CT) imaging and finite element analysis to assess fracture stability, alignment, and load distribution. These evaluations are essential for enhancing treatment approaches and improving patient outcomes. The review underscores the significance of quantitative metrics in linking biomechanical parameters with clinical outcomes, thereby facilitating personalized treatment planning. Future research advancements are anticipated to focus on integrating high-throughput biomechanical approaches, multimodal datasets, and artificial intelligence to enhance the precision of fracture evaluations and develop tailored interventions that foster better recovery and overall quality of life for patients with calcaneal fractures.