What may happen if a load is tipped onto a downward slope?

When a load is tipped onto a downward slope, the most significant concern is that material could roll down the slope. This occurs due to the gradient and the forces acting on the material, which may overcome any frictional forces holding it in place. When the ground is sloped, the gravitational pull on the material increases, and without adequate containment or stabilization, it can easily shift, leading to potential hazards.

The ability of the material to roll away creates not only a loss of material but also poses risks to nearby workers, equipment, and the integrity of the site. This action can lead to unintentional spills or slides, which are critical considerations in maintaining site safety and ensuring proper handling of materials. Therefore, understanding the dynamics of tipping loads on slopes is essential for safe dumper operation.