科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2014年
13期
33-33,36
,共2页
弹性联轴器%弹性块%挤压强度%有限元
彈性聯軸器%彈性塊%擠壓彊度%有限元
탄성련축기%탄성괴%제압강도%유한원
flexible coupling%elastic block%crush strength%finite element
针对大功率矿用刮板输送机传动装置联轴器弹性块易损坏的问题，计算、校核了弹性块的挤压强度，并利用有限元方法进行仿真分析。理论计算和仿真结果表明，弹性块的挤压强度远小于其许用强度，它的损坏与其本身功率增大无关。
針對大功率礦用颳闆輸送機傳動裝置聯軸器彈性塊易損壞的問題，計算、校覈瞭彈性塊的擠壓彊度，併利用有限元方法進行倣真分析。理論計算和倣真結果錶明，彈性塊的擠壓彊度遠小于其許用彊度，它的損壞與其本身功率增大無關。
침대대공솔광용괄판수송궤전동장치련축기탄성괴역손배적문제，계산、교핵료탄성괴적제압강도，병이용유한원방법진행방진분석。이론계산화방진결과표명，탄성괴적제압강도원소우기허용강도，타적손배여기본신공솔증대무관。
High-power mine scraper conveyor drives are easily damaged elastic block coupling problems, calculation, checking the crushing strength elastic block and simulation analysis using the finite element method. Theoretical calculation and simulation results show that the intensity of the elastic block squeezed far less than the allowable strength, it has nothing to do damage to their own power increases.
