This paper analyzes the stress wave of hoisting steel rope caused by impact and The position and size of maximum impact load have been found in theory.
分析了由于冲击而引起的钢丝绳的应力波动，并从理论上找到了发生最大冲击负荷的部位及大小。
The surface wave of wire rope and the metal core of rope to be free to other place is due to molding rate too high, bigger fluctuation, uneven strand tension forces and cl…
钢丝绳表面浪形和金属绳芯外逃是由于成型率过高、波动偏大，各股捻制张力不均匀和顺向捻制不到位。
The results show that there exits a great difference of bearable mooring forces between welded chain and wire rope under different water depth, wind, wave and current.
结果证明，在不同水深及风、浪、流的作用下，电焊锚链和钢丝绳所能承受的系泊拉力相差较大，从而为渔船锚泊规范制订提供了理论基础。
The results show that there exits a great difference of bearable mooring forces between welded chain and wire rope under different water depth, wind, wave and current.
结果证明，在不同水深及风、浪、流的作用下，电焊锚链和钢丝绳所能承受的系泊拉力相差较大，从而为渔船锚泊规范制订提供了理论基础。
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