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1.
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This work presents a strategy for integrating a class of model reduction techniques into two types of complex problems: finite element model updating using dynamic respon [...]
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2.
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Jensen, Hector
Uncertainty analysis in structural dynamics is the subject of active research as it covers a wide range of relevant problems such as reliability analysis, reliability sen [...]
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3.
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Earthquake vibration data collected from an instrumented structure contain important information for estimating the dynamic characteristics and updating models of the str [...]
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4.
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Jensen, Hector
This work presents an efficient strategy for dealing with reliability-based design problems of complex structural systems under earthquake excitation. The excitation is m [...]
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5.
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This work focuses on the effect of using updated reliability measures in the context of stochastic structural dynamical systems. A Bayesian probabilistic methodology for [...]
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6.
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Jensen, Henrik
Theoretical predictions of steady state kink band broadening in compressed layered materials are compared to numerical calculations using the finite element method. Numer [...]
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7.
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The development of a general framework for reliability-based design of base-isolated structural systems under uncertain conditions is presented. The uncertainties about t [...]
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8.
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Probability theory offers an appropriate framework for quantifying the level of safety of a structural system. Thus, it is possible to evaluate the chances that a structu [...]
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9.
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This study presents the optimization of the maintenance scheduling of mechan- ical components under fatigue loading. The cracks of damaged structures may be detected duri [...]
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10.
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Structural optimization is concerned with achieving an optimal design while satisfying certain constraints. In most structural engineering applications response predictio [...]
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