Abstract: The number of load‐dependent Ritz vectors required for an accurate dynamic analysis, using the mode superposition method, depends on both the spatial distribution and the spectral (frequency) content of the loading. In ...

Abstract: A numerical method is presented for the dynamic response analysis of large structural systems that are modeled as substructures. The method is similar to the component mode synthesis technique; however, the generation of ...

Abstract: Hydrodynamic experiments measuring longitudinal pressure-drop versus flow rate are conducted for turbulent flow of air (channel hydraulic diameter based Reynolds number range of 2300 to 6860) ...

Abstract: Permeability (K) and form coefficient (C) are the characteristic hydraulic properties of any porous medium. They are determined simultaneously, for known fluid thermo-physical properties by using ...

Abstract: In a previous study, Foufoula‐Georgiou (1989a) investigated a stochastic storm transposition (SST) approach as a possible methodology of assessing the probability of exceedance of extreme precipitation depths over a ...

Abstract: The most common NEMA Design Classes of AC induction motors have speed-torque characteristics that can give rise to unstable self-excitation of torsional vibration in rotational systems during ...

Abstract: This paper provides a unique literature review of cracking defects developing in low-rise residential structures as a result of deformation caused by environmental loads and low-level blast vibrations. Characteristics of ...

Abstract: The current processes of planning, design, construction management, and facility management are driven by the collection and communication of large quantities of knowledge, data, and intent, much of which are lost due to ...