Electromagnetic devices for assessment of the state of reinforcement elements in reinforced-concrete structures
V. I. Pudov
Abstract
V. I. Pudov
Abstract
Functional capacities of a unidirectional eddy-current probe are studied from the viewpoint of localization of reinforcement in reinforced-concrete elements and measurement of its geometric parameters. Such a design of the probe is shown to be inefficient for testing reinforced-concrete items where the reinforcing frame is complex in shape and the content of reinforcement is over 2%. A design of the attachable eddy-current probe is proposed that allows this problem to be solved more efficiently.
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Functional capacities of a unidirectional eddy-current probe are studied from the viewpoint of localization of reinforcement in reinforced-concrete elements and measurement of its geometric parameters. Such a design of the probe is shown to be inefficient for testing reinforced-concrete items where the reinforcing frame is complex in shape and the content of reinforcement is over 2%. A design of the attachable eddy-current probe is proposed that allows this problem to be solved more efficiently.
Key concepts: Reinforcement, Eddy current, Reinforced concrete, Frame (networking), Structural material, Nondestructive testing, Structural engineering, Eddy-current testing