Abstract
In view of the traditional rear wheel drive mining equipment has such problems as lack of climbing performance and skid in harsh environments, a front axle drive scheme is proposed. That increases the driving force of the overloading uphill and the braking force of the overloading downhill of the dump truck by adding a set of assisted electric drive system to the front axle. It may directly affect the use of the dump truck that the installed assisted electric drive system changing the forced condition and intensity of the front axle. So on the basis of 3d modeling, HyperWorks software has carried on to the finite element analysis to the typical working condition of the front axle. The research results show that the strength and deformation of the front axle are comply with the design requirements, and prove the rationality and security of the in- stalled assisted electric drive system. KEYWORD: Dump Truck; Front Axle; HyperWorks; Assisted Electric Drive; Finite Element Analysis; In- wheel Motor
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