Integrating muscle energetics into biomechanical models to understand variance in the cost of movement

An in-silico investigation of the effect of changing cycling crank power and cadence on muscle energetics and active muscle volume

Optimising muscle mechanics and energetics in human cycling: a prescribed and EMG-assisted approach across saddle variations

What mechanical factors drive the self-selected cadence for a given bicycling workrate?

Cycling cadence selections at different saddle heights minimize muscle activation rather than energy cost

Saddle height variation: cycling muscle activation & energy data

The effect of changing bicycle saddle position on submaximal cycling behaviour

ECR Spotlight - Cristian Riveros-Matthey

The effects of crank power and cadence on muscle fascicle shortening velocities, muscle activations and joint-powers during cycling

Muscle mechanics and joint-specific powers at power output and cadence requirements during cycling

Isometric fascicle behaviour of the biceps femoris long head muscle during Nordic hamstring exercise variations