... vehicle dynamics braking tyre suspension mechanism friction stability self-excited vibration Abstract This study is aimed at deepening the stability analysis of a braked wheel of a road car, including suspension mechanism, and focusing on the interaction effects between the friction...

... towfish CFD hydrodynamic coefficients drag turbulence model stability Abstract A towfish is a passive underwater vehicle that is towed behind a surface vessel. The towfish is often designed to be symmetric from all directions primarily to achieve balanced hydrodynamic behaviour...

...Proceedings of the ASME 2023 International Mechanical Engineering Congress and Exposition IMECE2023 October 29-November 2, 2023, New Orleans, Louisiana IMECE2023-112880 EXPERIMENTAL STUDY OF MONOVALENT SALT AND HYDROCHLORIC ACID SOLUTION EFFECTS ON THE STABILITY OF BLANK OIL-WATER DISPERSION...

... Abstract The stability of slender rotors which are parametrically excited by external loads is studied under the effects of an-isotropic supports. An axisymmetric shaft is considered, described by scaling a spinning Timoshenko beam, carrying a disk and loaded by oscillating axial end thrust...

... of these tests are compared with data obtained from proposed computational approach. machine tool dynamics cutting chatter stability multi-dimensional links matrix methods PVP-Vol. 398, Recent Advances in Solids and Structures 1999 ASME 1999 DYNAMIC STABILITY OF MULTI-TOOL MACHINING E. Kushnir B...

... learning algorithm, as well as the effects of the newly introduced parameters of this algorithm have been studied extensively via simulation case studies. The simulation results showed that the proposed learning algorithm is a robust in stabilizing the control system. Also, this proposed learning algorithm...

...) neural network hybrid-type control adaptive learning algorithm stability DE-Vol. 108/DSC-Vol. 68, Dynamics, Acoustics and Simulations ASME 2000 ADAPTIVE LEARNING ALGORITHM FOR CEREBELLAR MODEL ARTICULATION CONTROLLER NEURAL NETWORK BASED HYBRID-TYPE CONTROLLER (PART II) Magdy Mohamed Abdelhameed...

... and the thermal conductivity is increased by up to 8.5% compared to base fluid (water). cobalt nanofluid stability thermal conductivity HEAT TRANSFER CHARACTERISTICS OF 1-D FERROMAGNETIC NANOFLUID Ali Imran Shiave1, Ram Mohan2 1 The University of North Carolina at Greensboro 2 North Carolina A&T State...

... Abstract In this paper, the authors represent the robustness capabilities of their previously implemented parallel feedforward compensator configuration, applicable to nonminimum-phase (NMP) systems. In the previous papers, it was shown how a paralleled feedforward compensator can stabilize...

... Abstract The accuracy of temperature probe calibration in a constant temperature bath is governed by the stability and uniformity of the bath. In the available literature, there have been efforts in designing baths with better stability and uniformity. This work is distinguished from...

..., Zhejiang, P. R. China [email protected] ABSTRACT Considering nonholonomic constraint and input saturation of the Automatic Guided Vehicle (AGV) kinematic model, in the present work the nonlinear model predictive control was applied and a combined tracking/stability control approach was proposed. In addition...

... general results are complicated to present. Accordingly, specific numerical examples are given to illustrate application of the proposed theory and derived analytical formulas for the buckling loads. The results derived herein are then compared to similar published work. Cylindrical shell Stability...

... of the conservation of mass and momentum equations, includes additional nonlinear terms in the velocity components originated from the shear-dependent viscosity. In absence of axial flow the base flow loses its radial flow stability to the vortex structure at a lower critical Taylor number, as the pseudoplasticity...

... 02 08 2012 The influence of axial flow on stability of the Taylor-Couette flow is carried for shear thinning fluids. The fluid is assumed to follow the Carreau-Bird model and mixed boundary conditions are imposed. The four-dimensional low-order dynamical system, resulted from Galerkin...

... are developed for the solenoid-valve system. A closed-loop stable controller is designed based on the above error dynamics of the nonlinear solenoid-valve system utilizing Lyapunov-type stability which yields a stable result while obtaining the set-point objective. solenoid butterfly valve adaptive...

... Stability 1 Copyright © 2010 by ASME I35W BRIDGE COLLAPSE: DESIGN ISSUES IN PAST AND CHALLENGES REVEALED FOR FUTURE Su Halo, Ph.D. ACII, INC. Wilmette, Illinois, U. S. A. [email protected] ABSTRACT The past several decades can be remembered as the most successful period for engineering, which has also...

... 24 08 2009 Delays in supply chains due to decision making (of managers) and lead time (in production) cause undesirable effects to inventory levels. Via system’s thinking, key mechanisms leading to such effects are investigated by analyzing the stability of an inventory, departing from...

... 24 08 2009 Instabilities in a vibratory MEMS gyroscope that is subject to stochastic fluctuations in input angular rates are investigated. The vibratory-type gyroscope considered in the present study is of the spring-mass type. For the purpose of acquiring stability conditions, when...

... system’s stability. Although some effort has been done to address this issue, this is so far an unresolved problem. This paper presents current closed-loop PID control method for achieving system stability on the example of one-degree-of-freedom haptic device. In order to identify parameters of the PID...

... The nonlinear stability and bifurcation of the one-dimensional channel (Poiseuille) flow is examined for a Johnson-Segalman fluid. The velocity and stress are represented by orthonormal functions in the transverse direction to the flow. The flow field is obtained from the conservation...