Particle.news
Robotics Engineering Robotics Fluid Dynamics Robotic Systems Fluid Mechanics Aerospace Engineering Control Systems Robotic Engineering Biomedical Engineering Robotic Design Energy Systems Propulsion Systems Biomechanics Systems Engineering Robot Design Combustion Engineering Hydrometallurgy Desalination Systems Wheeled Transport Micro and Nanoscale Flows Testing Systems Medical Engineering Structures Vibration Analysis Rocket Engineering Acoustic Engineering Pneumatics Battery Design Vehicle Powertrain Technologies Energy Harvesting Devices Optical Engineering Propulsion Technologies Combustion Technology Water Treatment Thermite Welding Material Properties Vehicle Dynamics Particle Systems Automation Robotic Structures Material Engineering Innovations Data Recovery Art Restoration Techniques Actuator Design Material Behavior Energy Absorption Thermodynamics Motor Technology Automotive Engineering Product Design Research Centers Innovative Materials Micro Aerial Vehicles Actuators Energy Systems Engineering Rocket Propulsion Mechanisms Design Engineering Survival Engineering Organic Robotics Submersible Design Assistive Devices Hydraulic Systems Thermal Protection Systems
A peer-reviewed study shows how asymmetric grooves channel meltwater to direct ice movement via surface-tension imbalances.
