MCC400A矿用自卸车前轮辋优势浅析
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摘要
随着生产力的发展,对于开采规模不同的矿山,都力求采用大运量、大功率车型,以减少汽车总数量,提高矿岩运输效率,降低运输成本,减少采矿作业区域的汽车车流密度。因此,矿用大型自卸卡车是目前大型露天矿山的主要运输工具。针对国产MCC400A-220t矿用自卸车,其自主研发的前轮轮辋在江西铜业集团有限公司德兴铜矿的的使用状况,及其与730E、830E的前轮轮辋的性能数据比对,MCC400A矿用自卸车使用的辐板式前轮辋在使用安全性、经济性、维护方便等方面具有比较明显优势。
With the development of society productivity, mines in different scale all utilize the mining truck with large freight volume and high-power in order to decrease truck total quantity, promote transport efficiency, lower the cost of transportation, and reduce trucks density in mining area. Therefore, large-scale mining trucks are the primary transportation equipment in large-scale open-pit mine at present. According to the comparison of performance data between self-developed front wheel rims of domestic MCC400A-220t mine dump truck and the front wheel rims of KOMATSU 730E/830E, the rims used in MCC400A mine dump truck has obvious advantages in safety, economy and convenient maintenance.
With the development of society productivity, mines in different scale all utilize the mining truck with large freight volume and high-power in order to decrease truck total quantity, promote transport efficiency, lower the cost of transportation, and reduce trucks density in mining area. Therefore, large-scale mining trucks are the primary transportation equipment in large-scale open-pit mine at present. According to the comparison of performance data between self-developed front wheel rims of domestic MCC400A-220t mine dump truck and the front wheel rims of KOMATSU 730E/830E, the rims used in MCC400A mine dump truck has obvious advantages in safety, economy and convenient maintenance.
引文
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[3]GB/T 2883-2015,工程机械轮辋规格系列[S].2015:1-15.
[4]王慧玲,于忠奇,李淑慧.轮辋辊压成形过程的有限元模拟[J].机械设计与究研,2008,24(6):85-88.
[5]张云开.钢制车轮轮辋滚压和轮辐强力旋压成形工艺分析研究[D].泉州:华侨大学,2014:1-10.
[6]张鲁汉.钢制车轮轮辋滚形工艺数值模拟研究[D].济南:山东大学,2013:1-12.
[2]张秋梅.进口设备国产化工作探讨[J].设备管理与维修,2002(8):23-25.
[3]GB/T 2883-2015,工程机械轮辋规格系列[S].2015:1-15.
[4]王慧玲,于忠奇,李淑慧.轮辋辊压成形过程的有限元模拟[J].机械设计与究研,2008,24(6):85-88.
[5]张云开.钢制车轮轮辋滚压和轮辐强力旋压成形工艺分析研究[D].泉州:华侨大学,2014:1-10.
[6]张鲁汉.钢制车轮轮辋滚形工艺数值模拟研究[D].济南:山东大学,2013:1-12.