The Institute of Theoretical and Applied Mechanics 7 records found  Search took 0.06 seconds. 
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In principle, the reliability of complex structural systems can be accurately predicted through Monte Carlo simulation. This method has several attractive features for st [...]
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The parametrically excited pendulum is a highly nonlinear system which has been thoroughly studied regarding the response’s stability and the fundamental types of motio [...]
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This paper extends the recently developed enhanced Monte Carlo approach to the problem of reliability-based design. The objective is to optimize a design parameter(s) so [...]
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In this paper, we propose a method for estimation of the extreme statistical response of a beam with different boundary conditions. The material properties, Young’s mod [...]
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Structural design loads are often based on extreme values of time-varying loads estimated from limited amounts of data. Uncertainty in the estimation of the design loads [...]
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The complexity of engineering systems and their failure modes considerably limit the use of traditional methods for structural reliability analysis and advocate the appli [...]

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2 Naess, Arvid
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