Asphalt pavement structure regenerated from concrete pavement and construction method of asphalt pavement structure
A technology for cement pavement and asphalt pavement, applied in roads, roads, road repair, etc., can solve the problems of inability to guarantee the amount of asphalt, waste of asphalt and new aggregate resources, affecting the strength and deformation resistance of structural layers, and reduce engineering costs. Construction cost, saving stone and asphalt resources, simple structure effect
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example 1
[0036] Example 1 The construction process is as follows:
[0037] (1) Broken
[0038] A multi-hammer crusher produced by Shandong Highway Machinery Factory was used to crush the cement concrete panel of the original road surface, and a "Z" type roller and a steel wheel roller were used for vibratory rolling.
[0039] The crushing depth of the surface of the cement concrete panel is 13cm; the passing rate of the 37.5mm sieve hole of the crushed aggregate is 98%.
[0040] (2) Collect broken pellets
[0041] Manual and mechanical methods are used to collect the broken aggregates on the surface of the cement pavement and transport them to the mixing plant.
[0042] (3) Sieve the broken pellets
[0043] In the mixing plant, sieve out the particles with a particle size of less than 0.075mm and particles larger than 37.5mm in the collected granules to obtain granules with a size of 0.075mm~37.5mm.
[0044] (4) Determine the optimal amount of asphalt
[0045] The qualit...
example 2
[0062] Example 2 The construction process is as follows:
[0063] (1) Broken
[0064] A PSZ600 pavement resonance crusher produced by Shandong Highway Machinery Factory was used to crush the cement concrete panel of the original road surface, and a "Z" type roller and a steel wheel roller were used for vibratory rolling.
[0065] The crushing depth of the surface of the cement concrete panel is 13cm; the 37.5mm sieve hole passing rate of the crushed aggregates is 90%.
[0066] (2) Collect broken pellets
[0067] Manual and mechanical methods are used to collect the broken aggregates on the surface of the cement pavement and transport them to the mixing plant.
[0068] (3) Sieve the broken pellets
[0069] In the mixing plant, sieve out the particles with a particle size of less than 0.075mm and particles larger than 37.5mm in the collected granules to obtain granules with a size of 0.075mm~37.5mm.
[0070] (4) Determine the optimal amount of asphalt
[0071] The...
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Abstract
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