Interlamination shear-resisting track test mould of large longitudinal-slope asphalt pavement

The invention discloses an interlamination shear-resisting track test mould of a large longitudinal-slope asphalt pavement. The interlamination shear-resisting track test mould comprises a slope padding block, a lower test mould, a middle test mould, an upper test mould, and dial indicators all of which are arranged in sequence from bottom to top, wherein the dial indicators are arranged on the lateral wall of the lower test mould, a projection is arranged at the upper part of the slope padding block, and a groove which is matched with the projection is arranged at the bottom of the lower test mould. The number of the dial indicators is two, and the two dial indicators are symmetrically arranged. The dial indicators are installed on the lateral wall of the lower test mould via a dial indicator installation support. The middle test mould comprises two U-shaped frames which are oppositely arranged; and middle mould handles are fixed on the lateral walls of the U-shaped frames. The upper test mould, the middle mould and the lower mould are fixed together via fixing bolts. The interlamination shear-resisting track test mould of the large longitudinal-slope asphalt pavement disclosed by the invention has the advantages of simple structure, reasonable design, low investment cost and convenience for installation and arrangement, can be used for evaluating the interlamination shear-resisting performance and the high-temperature track-resisting capability of the large longitudinal-slope asphalt pavement, and has the benefits of easiness and convenience for use and operation, accuracy test results and wide use range.