Stability analysis and control of adhesive forces of bio-inspired spines
ROBIO, pp. 1220-1225, 2017.
EI
Abstract:
In this paper, a mechanical model of a compliant spiny toe inspired by the features of Serica orientalis Motschulskyu0027s tarsal system is proposed. The contact forces of the compliant spine are obtained by considering the contact asperities as random curves, and the stability of the spine adhesion system is analyzed. A single spiny toe ...More
Code:
Data:
Upload PDF
1.Your uploaded documents will be check within 24h, and coins will be credited to your account.
2.As the current system does not support cash withdrawal, you can add staff WeChat (AMxiaomai) to receive it as a red packet.
3.10 coins will be exchanged for 1 yuan.
?
¥
Upload a single paper
for 5 coins
Wechat's Red Packet
?
¥
Upload 50 articles
for 250 coins
Wechat's Red Packet
?
¥
Upload 200 articles
for 1000 coins
Wechat's Red Packet
?
¥
Upload 500 articles
for 2500 coins
Wechat's Red Packet
?
¥
Upload 1000 articles
for 5000 coins
Wechat's Red Packet
Tags
Comments