摘要
以“仿生学”原理和“材料力学”方法,从理论上确定了“空心轴脚蹬”创新的可行性。脚蹬的转动副采用纳米塑料薄层,减小了摩擦系数,提高了效率。分析了构件的强度和刚度。
On the basis of bionics and mechanics of materials, the feasiblility of hollow-swage＂pedal of hollow shaft＂ is demonstrated. Revolving join is made of plastic of nanometer technique coat to reduce the coefficient of friction and increase efficiency. The formula parameters are used to compare and test strength and rigidity of struetual parts.
出处
《机械制造与自动化》
2007年第1期51-53,共3页
Machine Building & Automation
关键词
仿生学
强度
刚度
转动副
纳米塑料
bionics
strength
rigidity
revolving join
plastic of nanometer technique
