Fracture-resisting face protection plate construction method

Abstract

The invention discloses a fracture-resisting face protection plate construction method. The Fracture-resisting face protection plate construction method comprises the following steps of a, excavationof foundation pit; b, basement treatment; c, face protection plate laying, wherein (1) a fixed steel plate and a heightened steel plate are laid, and (2) concrete is poured; and d, detection. The fracture-resisting face protection plate construction method is simple and reasonable in construction method, the fixed steel plate, the heightened steel plate and the concrete are fused together, the face protection plate is formed, and therefore the overall structure of the face protection plate is firm and reliable, and the face protection plate is effectively prevented from moving. The wave preventing and water flow impact resisting capability of the face protection plate is better, and the service life of the face protection plate is prolonged. The face protection plate can resist scouring ofwater flow better, meanwhile, no formwork needs to be arranged during actual construction, the construction period is shortened, and the labor intensity is reduced.

Description

technical field [0001] The invention relates to a construction method of an anti-shattering protective panel. Background technique [0002] In order to prevent external loads such as water flow from scouring the slope, it is usually necessary to protect the slope. At present, the commonly used armor structures mainly include dry block stones, mortar block stones, concrete armor panels and special-shaped artificial armor panels using breakwaters. Concrete armor panels are the most economical method in areas lacking stone materials. [0003] Existing concrete panels are mainly used to prevent surface water from scouring, but under the joint action of waves, currents, and groundwater, the concrete panels are under pressure in two directions, downward and upward, especially under the action of the buoyancy force, the concrete Destabilization of the deck is usually manifested as the upward movement or rotation of the panel as a whole, which eventually leads to cracks and fractur...

AI Technical Summary

Problems solved by technology

[0003] Existing concrete panels are mainly used to prevent surface water from scouring, but under the joint action of waves, currents, and groundwater, the concrete panels are under pressure in two directions, downward and upward, especially under the action of the buoyancy force, the concrete Destabilization of the decking, usually manifested as an upward movement or rotation of the panel as a whole, which eventually leads to cracks, fractures and other problems in the concrete decking

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