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In an attempt to achieve a productivity increase and in turn achieving higher economic advantage, large capacity shovels are being more widely used at surface mining operations. As large shovels are matched with large trucks/dumpers, it has resulted in high impact shovel loading operations (HISLO). When shovel load large quantity of soil/rock material (usually 100 tons or more) into the dump truck, high frequency shock waves are generated as a result of the large impact force at the truck body. These shockwaves travel through the different truck components and reaches to the operator’s cabin and exposes the truck operator to those high frequency shockwaves. Such an exposure is known as whole body vibrations (WBV).

Virtual Prototype Simulation for Vibration Analysis with Optimum Dumping Characterization under High Impact Shovel Loading Conditions