Effects of Hip Joint Center Method on Hip Kinematics and Kinetics

Since the hip joint is located deep within soft tissues of the body, biomechanics/motion capture research must predict its location. Currently, there exist several non-invasive motion capture methods to predict movements of the hip joint. These methods include predictions based on femoral or pelvic landmarks/movements. However, there is limited information in the current literature base that describes possible differences based upon choice of method.

Therefore, the purpose of this study it to determine hip joint kinematic and kinetic differences between common motion capture based hip joint center methods utilized during commonly measured tasks of level walking, running, and landing from a countermovement jump.

Gait Biomechanics in People with Visual Impairments

The purpose of this study is to analyze the gait patterns in people with visual impairments and to investigate the connection between how a person walks and their physical activity/overall health measurements. Essentially, the plan is to evaluate the way individuals with visual impairments walk, jump, and run from a biomechanics perspective.

Knee Loads in Baseball Catchers

The purpose of this study is to determine the loads placed on the knees of catchers with and without using knee savers. Three-dimensional motion captures and muscular activity will be monitored while participants catch two simulated innings: one with and one without wearing knee savers.

Velocity-Based Resistance

The purpose of this study is to determine whether velocity-based training (VBT) offers a more effective strategy for training athletic populations.