Abstract: We present algorithms based on stochastic averaging for estimating nonlinear feedback parameters obtained from time series data with application to noise-driven nonlinear vibration systems, with ...

Abstract: When a dynamic point load is applied laterally to a plate, the deflection gradually spreads over time until the entire plate surface is affected. The determination of early stages of response ...

Abstract: The parameterization of evaporation of rain and snow in large-scale numerical models of the atmosphere is considered. Evaporation coefficients dependent on the precipitation rate are derived following the method of Kessler ...

Abstract: On the basis of known geometry, loads, and materials but with incomplete design details, the structure of a certain tall building was recreated. The first phase was a series of hand calculations to initially estimate the ...

Abstract: All failure analyses have the implicit message that the discovered root cause will somehow be mitigated. A few even suggest the direction one might take for the fix—for example, “Consider substituting Type 316 stainless ...

Abstract: Four classical support conditions are investigated for beams with distributed loading, which has a temporal form of rectangular pulse. First, a simple calculation is presented, using algebraic equations of momentum and ...

Abstract: No abstract available.

Abstract: When a dynamic point load is applied laterally to a beam, the deflection gradually spreads over time until the entire beam length is affected. The determination of the early stages of response presents substantial mathematical ...

Abstract: Battery management systems require mathematical models of the battery cells that they monitor and control. Commonly, equivalent circuit models are used. We would like to be able to determine the parameter values of their ...