Experimental Hydrodynamics of Fast-Floating Aquatic Animals

Experimental Hydrodynamics of Fast-Floating Aquatic Animals

An advanced exploration of the physiological, morphological, and evolutionary adaptations that enable aquatic animals to swim and maneuver at high speeds. The book examines experimental approaches to animal hydrodynamics and highlights how species such as dolphins, sharks, penguins, and swordfish can inspire improved underwater technologies.

Key Features

• Explores hydrodynamics of fast-swimming aquatic animals
• Examines aquatic animal locomotion and physiology
• Covers experimental methods for studying swimming animals
• Analyzes hydrodynamic forces and resistance
• Examines body geometry and streamlined morphology
• Explores skin elasticity and its effects on swimming
• Investigates fin shape, movement, and propulsion
• Examines energy use and swimming efficiency
• Studies high-speed movement in dolphins and other cetaceans
• Covers sharks, penguins, swordfish, and other fast-swimming fish
• Explores maneuverability during high-speed swimming
• Connects locomotion with evolutionary adaptations
• Compares human and aquatic animal hydrodynamics
• Highlights applications to underwater engineering and technology
• Useful for biologists, aquatic scientists, and researchers
• Suitable for advanced undergraduate and graduate students