... equations in each member, which contain six constants of integration with an equal number of boundary/matching conditions. In Ref. [ 2 ], a hybrid analytical/numerical method was applied in obtaining the vibrations. acoustic wave reflection acoustic wave transmission bending shapes (structures...

... hydrodynamics oscillations shapes (structures) structural acoustics The case of an oscillating body in a quiescent fluid is an interesting problem for both the scientist and the practicing engineers. In the former case, it is a good opportunity to study a sinusoidally time-dependent (separated...

... of Acoustics , Wiley , New York , Chap. 5. 18 08 2010 09 02 2011 31 08 2011 20 09 2011 acoustic emission acoustic radiators boundary-elements methods finite element analysis shapes (structures) vibrations cylindrical shell radiation efficiency radiation...

... subplots correspond to the B, D, and F accelerometers, respectively. EW plate results by channel. Top subplot: accelerometers A, C, and D. Bottom subplot: accelerometers B, D, and F. damping finite element analysis frequency response shapes (structures) structural acoustics vibrations...

... , Dover , New York . 06 05 2009 11 10 2010 06 04 2011 06 04 2011 shapes (structures) thermoelasticity vibrations thermal relaxation transradial isotropic Fröbenius method toroidal spheroidal The theory of thermoelasticity is well established ( 1...

...-3717 , 132 ( 2 ), p. 021007 . 10.1115/1.4000769 19 08 2009 01 06 2010 03 03 2011 03 03 2011 bending elastic constants finite element analysis sensitivity shapes (structures) In a recent work, the embedded sensitivity method was used for finding the best...

... these differences and similarities, the implied errors when the in-line DOF is neglected, and the feasibility of using a single mass-damping parameter to describe the FIV. 10 05 2009 13 01 2010 15 07 2010 15 07 2010 density drag shapes (structures) vibrations vortices Besides...

... initial value method. Approximate and exact relations are also found. initial value problems shapes (structures) vibrations column vibration heavy support The vibration of a standing column under gravity is important for structures such as poles, antennas, and tall buildings. Systems...

.... 0003-9527 , 36 , pp. 305 – 311 . 10.1007/BF00249518 Fichera , G. , 1972 , “ Existence Theorems in Elasticity ,” Handbuch der Physik , Springer , Berlin . 30 05 2009 16 12 2009 25 05 2010 25 05 2010 shapes (structures) thermoelasticity vibrations...

... rating and its type of reinforcement. 23 12 2008 12 08 2009 18 03 2010 18 03 2010 elastic moduli elasticity hoses impedance matrix mechanical variables measurement shapes (structures) Axial stiffness variation with temperature (see Fig. 10 for legend...

... friction railway rolling stock shapes (structures) suspensions (mechanical components) 2D FE modeling wedge friction force suspension dynamics A wide variety of designs in railway vehicle suspensions have been developed in the history of the rail industry. As the rail industry...

... damping are stated. damping Lyapunov methods mechanical stability nonlinear dynamical systems shapes (structures) vibrations nonlinear axially moving string viscous damping Kelvin–Voigt damping Lyapunov functional zero-input stability bounded-input bounded-output (BIBO) stability...

... that by numerical simulation and by an experiment for the nontraveling string. 25 12 2005 13 02 2007 12 11 2007 belts shapes (structures) vibration control acoustic waves finite difference methods string wave control vibration control boundary control finite difference method...

... back are aligned. Again, fairly good agreement between the experiment and theory is observed during the vibrant snapping action. vibrations shapes (structures) damping Historically, the interest in shallow arch research is primarily on the snap-through buckling when the arch is under...

... 05 10 2006 vibrations elasticity modal analysis finite element analysis shapes (structures) One of the most important tasks in pretest analysis and modal survey planning is the selection of target modes. The target modes are those mode shapes that are determined to be dynamically...