Biomechanics is the study of living organism’s movements. Biomechanics analyzes how different parts of the body move and why they move. It’s the study the performance of musculature and skeletal systems when exposed to various conditions. Scientists in this field apply different laws of physics and other mathematical models to evaluate the capabilities and limits of biological systems.
Biomechanics covers a wide range of topics such as the study of the mechanical function of connective tissues, muscles, nerves, bones, skin, cartilage, and internal organs. This field is continuing to grow every day because it addresses problems regarding human performance and health.
The importance of biomechanics
Humans are vulnerable to injuries, especially in the world of sports. Biomechanics analyzes movements to reduce injury risk. The following are the benefits of studying biomechanics.
1. Improves performance
The study of biomechanics helps us understand how to boost our performance by studying our body motion. Biomechanics helps enhance performance by focusing on technique instead of relying on physical capability. Human movement contributes directly to performance.
Integrating biomechanics in exercise can help boost performance. Specialists use biomechanics to create training devices and programs that can improve performance. It also aids the development of new training techniques. The knowledge of biomechanics is essential to our daily activities.
2. Prevents and treats injury
The study of biomechanics promotes the safety of movements, preventing injury in the long run. Scientists have confirmed that biomechanics can help athletes avoid injuries. It helps us understand the mechanical properties of muscles, tissues, and bones. It enables trainers and coaches to take preventive measures.
Also, surgeons and rehabilitative therapists can apply biomechanics to create devices that help prevent common injuries. The principles of biomechanics have enabled specialists to develop running shoes. Also, biomechanics led to the invention of motorbike helmets. Researchers assessed auto accidents and applied the laws of biomechanics to develop helmets. They came up with helmets that can protect the vital parts of the body.
Biomechanics principles were used in the prosthetic sector. It’s also applied in different fields such as orthotics and forensic biomechanics. Forensic biomechanics can help reconstruct injuries based on how the accidents happened and measurements. Orthotics help create assistive devices such as braces.