R. Godoy-Diana

This study measures the 3D wake of swimming dice snakes using volumetric velocimetry, revealing organized vortex structures and their temporal dynamics.

The paper examines head shape diversity in aquatic snakes to determine if functional constraints or ecological factors drive morphological variation and whether similar shapes yield similar functional outcomes.

This study examines the energetics and stability of fish schooling using simulations, finding that energy expenditure and stability influence swimming patterns and synchronization.

This study examines how head shape affects hydrodynamic performance in aquatic snakes during strikes, finding that aquatic snake shapes minimize drag and added mass.