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Bridge diagnostics via vibration monitoring
In this paper nondestructive damage detection (NDD) in large/complex structures is demonstrated via simulating vibration monitoring of such structures. The theory of NDD for truss type structures is formulated. To examine the feasibility of the theory, a finite element model of a 3-D truss structure, which consists of sixteen bays and includes 246 elements, is developed to simulate damage. Four damage cases are simulated numerically. The cases range from the structure being damaged in one location to the structure being damaged in three locations. For the given modal parameters, this study reveals very good results for small aounts of damage as well as large damage.
Bridge diagnostics via vibration monitoring
In this paper nondestructive damage detection (NDD) in large/complex structures is demonstrated via simulating vibration monitoring of such structures. The theory of NDD for truss type structures is formulated. To examine the feasibility of the theory, a finite element model of a 3-D truss structure, which consists of sixteen bays and includes 246 elements, is developed to simulate damage. Four damage cases are simulated numerically. The cases range from the structure being damaged in one location to the structure being damaged in three locations. For the given modal parameters, this study reveals very good results for small aounts of damage as well as large damage.
Bridge diagnostics via vibration monitoring
Park, Sooyong (Autor:in) / Stubbs, Norris (Autor:in)
Smart Structures and Materials 1996: Smart Systems for Bridges, Structures, and Highways ; 1996 ; San Diego,CA,United States
Proc. SPIE ; 2719
22.04.1996
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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