... for the flow of a damp powder past an impervious wall. 25 06 2010 10 09 2010 17 09 2010 20 12 2010 20 12 2010 damping friction nonlinear differential equations powders rotational flow shear flow viscosity A slurry comprises a suspension of solid particles...

... nonlinear differential equations wood glulam composite materials exp-function method GRP natural frequency Glued laminated wood (glulam) can be fabricated in many shapes and sizes for use in various structural applications such as bridge girders, beams, and arches in large building...

...Jan P. B. Vreeburg Instruments composed of arrangements of linear accelerometers are used to determine motion variables. With nine accelerometers, the angular rate of the instrument can be resolved algebraically rather than by the solution of a system of nonlinear differential equations...

... martensitic transformations nonlinear differential equations partial differential equations thermoelasticity ferroelastic dynamics phase transformations coupled dynamic thermoelasticity optimal approximation extended proper orthogonal decomposition Galerkin projection multiphase solids smart...

... be applied to solve different types of nonlinear partial differential equations with variable coefficients in physics. 27 06 2008 15 04 2009 08 12 2009 08 12 2009 boundary layers flow simulation friction laminar flow nonlinear differential equations non-Newtonian fluids...

... 2008 magnetic bearings mechanical stability nonlinear differential equations oscillations rotors Runge-Kutta methods vibrations active magnetic bearings combined resonance periodic time-varying stiffness Active magnetic bearings (AMBs) are being increasingly used...

... . The theory have also been developed for anisotropic ( 9 ) and orthotropic ( 10 ) materials. membranes flexible structures finite element analysis buckling nonlinear differential equations 2007 American Society of Mechanical Engineers ...

... (structures) cantilevers nonlinear differential equations partial differential equations In most solids, the strain and temperature fields are coupled. When temperature is changed, volume changes, when volume is changed by elastic deformation, temperature changes. The constant that relates...

... (structures) rotation nonlinear differential equations deformation Coriolis force series (mathematics) vibrations Rotating beams, which have importance in many engineering applications such as turbine blades, helicopter rotor blades, airplane propellers, robot manipulators, and various cooling...

... physical processes of viscous dissipation and structure energy release compete. 31 10 2005 13 03 2006 fracture mechanics crack-edge stress field analysis permeability elasticity nonlinear differential equations integro-differential equations rocks Hydraulic fracturing...

... hydraulic systems boilers cooling nonlinear differential equations partial differential equations finite difference methods integration linearisation techniques perturbation theory numerical stability error analysis 24 05 2005 29 12 2005 2006 American Society of Mechanical...

... for an interface model that allows for interface failure in shear mode. 11 01 2005 22 07 2005 composite material interfaces viscoelasticity slip stress-strain relations nonlinear differential equations creep Laplace transforms bifurcation stress relaxation torsion This paper...

... pronounced in the non-linear case. nonlinear differential equations partial differential equations stochastic processes diffusion Korteweg-de Vries equation method of moments 15 09 2004 31 05 2005 2006 American Society of Mechanical Engineers ...

..., a greatly simplified model is obtained. 17 October 2002 19 September 2003 22 06 2004 damping elastic hysteresis Monte Carlo methods nonlinear differential equations In the past few decades, various phenomenological models of hysteresis have been proposed. One of the most...

... with the aid of Mathematica . crushing bending yield point elastoplasticity stress analysis nonlinear differential equations hardening The determination of the load-deflection curve of an elastic-plastic ring of initial mean radius R and thickness 2 H , slowly crushed...

... recently appeared in the literature for on-line estimation and identification of hysteretic systems under arbitrary dynamic environments are in general model based. In these approaches, it is assumed that the unknown restoring forces are modeled by nonlinear differential equations (which can represent...

... Engineering, University of Houston, Houston, TX 77204-4792, and will be accepted until four months after final publication of the paper itself in the ASME JOURNAL OF APPLIED MECHANICS . 13 Oct 2000 20 Feb 2001 nonlinear differential equations forming processes drawing (mechanical...

... be applied in high-speed turbines, the textile industry, etc. The conditions for the phenomenon’s existence are found. Concepts of two critical string velocities as well as sub, super, and hypercritical domains are introduced. The analytical solutions for the nonlinear differential equations and arbitrary...