本文应用机构学、生物力学和流体力学等方面的理论，对气压膝关节大腿假肢进行了较为系统的分析和研究。
In this paper, the above-knee prosthesis with a pneumatic swing control knee joint has been designed with the theory of mechanisms, biomechanics and fluid mechanics.
去颅骨脑电检测可以减轻神经修复术，例如生物学假肢、假眼，的创伤。
The skull-free electroencephalography could make neural prostheses like bionic arms or eyes less invasive.
例如，生物电子机械工程学(Biomechatronics)就汇集了生物学、电子工程学和物理学的知识，并创造出了几乎像真人四肢一样自然的逼真的假肢。
Biomechatronics, for example, brings together biology, electrical engineering, and physics to create lifelike prosthetics that are almost as good as our natural human limbs.
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