The influence of vibration direction on flow structures and heat transport in vibroconvective turbulence

Key Points

• Flow structures significantly change with varying vibration directions, impacting heat transport efficiency.
• Directional changes in vibration demonstrated up to a 30% difference in transport rates across turbulence scenarios.
• Analysis of fluid dynamics under different vibration conditions reveals patterns in heat movement and turbulence behavior.
• Understanding these dynamics may enhance systems relying on vibroconvective processes for thermal regulation.