机械工程与自动化
機械工程與自動化
궤계공정여자동화
Mechanical Engineering & Automation
2015年
5期
196-197,200
,共3页
圆形料场%储量分析%模型研究
圓形料場%儲量分析%模型研究
원형료장%저량분석%모형연구
circular stockyard%storage analysis%model research
根据圆形料场连续堆料的工艺特点,介绍了利用三维软件 Autodesk Inventor计算圆形料场储量的计算方法,并进一步推导出其储量模型的数学表达式,给出了储量计算的具体应用实例。应用实例表明:储量三维模型和数学表达式计算结果一致,进一步印证了数学表达式的正确性。最后探讨了堆料模型相贯线的数学方程,为进一步求解料堆通道间距提出了一种计算思路。
根據圓形料場連續堆料的工藝特點,介紹瞭利用三維軟件 Autodesk Inventor計算圓形料場儲量的計算方法,併進一步推導齣其儲量模型的數學錶達式,給齣瞭儲量計算的具體應用實例。應用實例錶明:儲量三維模型和數學錶達式計算結果一緻,進一步印證瞭數學錶達式的正確性。最後探討瞭堆料模型相貫線的數學方程,為進一步求解料堆通道間距提齣瞭一種計算思路。
근거원형료장련속퇴료적공예특점,개소료이용삼유연건 Autodesk Inventor계산원형료장저량적계산방법,병진일보추도출기저량모형적수학표체식,급출료저량계산적구체응용실례。응용실례표명:저량삼유모형화수학표체식계산결과일치,진일보인증료수학표체식적정학성。최후탐토료퇴료모형상관선적수학방정,위진일보구해료퇴통도간거제출료일충계산사로。
According to the characteristic of the circular stockyard stacking process ,this paper firstly introduces the method of stock‐pile storage calculation by 3D model software Autodesk Inventor for circular stockyard ,deduces the mathematical formula ,and also gives a detail example .The result of the example shows the 3D model calculation is correspond with the mathematic formula ,and the correctness of the mathematic formula is verified .Finally ,the paper discusses the mathematical formula for the intersection volume , and provides the further solution for the calculation of the passage width .