Design and optimization of deep-sea solid-liquid hybrid phase change actuator

Key Points

• The actuator demonstrates significant efficiency improvements in deep-sea applications, enhancing performance and reliability.
• Phase change materials optimized for deep-sea conditions showed a 25% increase in energy efficiency during tests.
• Analysis includes mechanical design and optimization techniques to improve actuator response times.
• Further validation in real-world conditions is needed to confirm adaptability and performance under pressure.