James M. Wakeling

This study investigates how muscle coordination changes with muscle size during cycling by simulating metabolic cost minimization across scaled muscle models.

This study predicts how muscle fibre type distribution affects gait biomechanics and metabolic cost across different locomotion speeds.

The paper tests if inactive muscle mass imposes an inertial penalty on work during submaximal contractions in rat plantaris muscles, finding no significant reduction in work beyond that explained by decreased fascicle strain.

Adding distributed muscle mass to 1D Hill-type models alters predicted human leg-muscle forces by under 1% at natural size; differences grow with scale and cadence.

This study examines how neuromuscular fatigue affects the speed and accuracy of leg force control during movement.

This paper reviews how dynamic changes in muscle architecture during contractions affect force and power output, introducing the concept of muscle gearing as a key factor in muscle function.