机械设计与研究
機械設計與研究
궤계설계여연구
MACHINE DESIGN AND RESEARCH
2010年
2期
43-46,58
,共5页
刘淑军%管西强%李遥%杜三虎
劉淑軍%管西彊%李遙%杜三虎
류숙군%관서강%리요%두삼호
月球车%驱动效率%松软土壤%驱动能力
月毬車%驅動效率%鬆軟土壤%驅動能力
월구차%구동효솔%송연토양%구동능력
lunar rover%driving efficiency%soft soil%driving capability
在松软土壤上影响月球车的驱动效率的因素对月球车的行走系统功耗有较大的影响.基于地面力学理论,建立了松软土壤与车轮间相互作用的单轮和整车多体动力学模型.并从理论角度分析了影响月球车单轮驱动效率的的因素,并对整车在松软土壤路况下的驱动能力进行了仿真分析.
在鬆軟土壤上影響月毬車的驅動效率的因素對月毬車的行走繫統功耗有較大的影響.基于地麵力學理論,建立瞭鬆軟土壤與車輪間相互作用的單輪和整車多體動力學模型.併從理論角度分析瞭影響月毬車單輪驅動效率的的因素,併對整車在鬆軟土壤路況下的驅動能力進行瞭倣真分析.
재송연토양상영향월구차적구동효솔적인소대월구차적행주계통공모유교대적영향.기우지면역학이론,건립료송연토양여차륜간상호작용적단륜화정차다체동역학모형.병종이론각도분석료영향월구차단륜구동효솔적적인소,병대정차재송연토양로황하적구동능력진행료방진분석.
The factors for the driving efficiency of lunar rover on soft moon soil have an impact on the energy consumption of the transverse mechanism of lunar rover. Based on traditional terrain mechanics, this paper has established the interactive model between soft soil and wheel both in the single wheel model and the whole lunar rover model. Also the factors that influencing the driving efficiency of lunar rover from theoretical view is analyzed and the driving capability of the whole rover on soft soil is simulated.