A Prediction on The Fracture of A Hoister Mainshaft in Mine Based on Computer Numerical Simulation
A stress is the main factor affecting accessory fatigue and also an important parameter which represents component quality in forepart Some regulations are taken into account over a design on hoister mainshaft,which guarantee residual and flexible distortions not exist with the mainshaft extra fatiguing and fracturing before its time during operation. Therefore,a analysis of loading conditions-fallacious loading or over loading could predict the bend and distortion from a hoister mainshaft as soon as possible and furthermore prevent the mainshaft from fracturing ahead of schedule . A regularly prediction estimatiom on the fatigue and mutation fracture of a hoister mainshaft in mine is made by use of a computer numerically simulating stress distributing patterns which are monitored and sampled in this paper,which determine the main factors with causing the hoister mainshaft to fatigue and indeed fracture.
computer numerical simulation hoister mainshaft fracture fatigue finite element stress analysis
Zhang Yi Jiao Qingguo
Information Engineering Department,Environmental Management College of China(EMCC),Qinhuangdao 06600 Kailuan Combine,Linnancang Mining Filiale,Hebei Yutian 064106,China
国际会议
南宁
英文
328-330
2010-12-10（万方平台首次上网日期，不代表论文的发表时间）