Abstract: The vibration of a rotating cantilever beam with a tip mass is studied with the configuration of the undeformed beam deviating from the radial direction at the clamped end. The equation of ...

Abstract: The equations of motion in matrix form are formulated for a flexible rod in a quick return mechanism using Hamilton’s principle and the assumed mode method. The rod is considered as an Euler ...

Abstract: In recent years, the use of drones has becomes more common in commercial applications as well as among hobbyists. However, the characteristic loud buzz emanating from their use has been an issue, causing a nuisance to the ...

Abstract: Controllable lunar landers with magnetorheological fluid (MRF) damper have become a hot topic of research. However, limited research studies have been performed on the damping force analysis of MRF under high-velocity ...

Abstract: A major water-quality concern in a potable water service reservoir is the potential loss of chlorine residual, which is closely related to the flow pattern. In this article, the effects of operation and baffling on the ...

Abstract: Because a baffle is a device used for altering the flow pattern in a tank, the use of a baffle wall was considered to modify an existing potable water service reservoir operating as a storage tank to achieve better water ...

Abstract: A two-dimensional flow model has been developed to simulate mass transport in a microchannel bioreactor with a porous wall. A two-domain approach, based on the finite volume method, was ...

Abstract: Knowledge of flow pattern and water age distributions in service reservoirs is of the utmost importance for ensuring water quality supplied to the customers. In this article, a balancing reservoir was first investigated ...

Abstract: Study of flow pattern and chlorine distribution is of major interest in the characterization, design, and evaluation of service conditions of a service reservoir. With the advancement of computational science and resources, ...