Fig 12 -

Fig 12 -

<p>Bending process tension time curve between normal and reinforced cables (a) Tension between discrete standard cables (b) Tension between discrete reinforced cables.</p>

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Bibliographic Details
Main Author:	Bo Xie (669374) (author)
Other Authors:	Feida Wang (20490114) (author), Jing Liu (38537) (author), Zhanjun Xu (20490117) (author), Shuaishuai Gao (2615242) (author), Lijuan Zhao (1387689) (author)
Published:	2024
Subjects:	Biophysics Cell Biology Neuroscience Physiology Biotechnology Cancer Science Policy Computational Biology Physical Sciences not elsewhere classified xlink "> based mg2 &# 215 beisu coal mine higher safety factor equivalently modeled using cable exit bends near 23 n approximately 28 n breaking tensile strength 5615 working face cable clamps increased average contact force maximum values 61 3 n compared cable drag system cable clamps increases cable clamps fluctuates cable bending process 6 n respectively around 57 n cable clamps working face 6 n drag system contact force slightly higher maximum value developed using cables increased reinforced cable tensile force contact forces bending process bending angle around 58 around 12 8 n 7 n 5 n 4 n 37 n 25 n 17 n 146 n 133 n 1 n drag speed drag motion shearer cable ordinary cable virtual prototype slowly reduced significantly lower results indicate research provides reinforced cables polygonal effect peak values mining cables greater adaptability connection point chain drive adams software
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