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Altair Engineering Announces Future.Industry 2023 Global Flagship Event

Virtual event will feature experts discussing the latest technology, tools, and trends in computational science and data analytics TROY, Mich., Feb. 8, 2023 /PRNewswire/ Altair (Nasdaq: ....

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Altair Announces Future.Industry 2023 Global Flagship Event

/PRNewswire/ Altair (Nasdaq: ALTR), a global leader in computational science and intelligence is pleased to announce Future.Industry 2023, the company s. ....

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Altair Announces Future.Industry 2023 Global Flagship Event

Altair Announces Future.Industry 2023 Global Flagship Event
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Hod Lipson , Sheryl Connelly , Carlo Cavazzoni , John Deere , Jamesr Scapa , Vikram Shyam , Doodong Kim , Martha Bennett , Davide Martin , Sandy Carter , Eaton Research Labs , Columbia University , Glenn Research Center , Cloud Infrastructure For Engineering Applications In Aerospace , Development Of Data , Argonne National Laboratory , Lg Electronics , Future Industry , Unstoppable Domains , Research Center , Future Beyond Convergence Exploring Biocene , Cloud Infrastructure , Engineering Applications , Future Fit , Leadership Computing , Data Driven Platform ,

"Time-Dependent Reliability of Aging Structures: Overview of Assessment" by Cao Wang, Michael Beer et al.

Reliability assessment of engineered structures is a powerful and useful concept to estimate the structural capacity of withstanding hazardous events during their service lives. Taking into account the time variation of both structural resistance and the external load processes, the structural safety level is dependent on the duration of service period of interest, due to the accumulation of hazards by exposure in time. This paper presents an overview on the nonempirical assessment methods for time-dependent reliability of deteriorating structures. Generally, these methods can be classified into two types, namely simulation-based and analytical methods. The former is usually brute, and is especially suitable for solving high-dimensional reliability problems. Conversely, analytical solutions may improve the calculation efficiency significantly, and offer insights into the reliability problem that otherwise could be difficult to achieve through Monte Carlo simulation. Both the simulation ....

Monte Carlo , Analytical Approach , Oad Stochastic Processes , Monte Carlo Simulation , Esistance Deterioration , Structural Reliability , Ime Dependent Reliability ,