Free vibration of a cantilever beam with time-varying length is analyzed. An equation of motion described by a partial differential equation cannot be solved by the method of separation of the variables. In the present paper an equation of motionof a beam with a constant length is described ...
Mishra, Vibration Control of Cantilever Smart Beam by Using Piezoelectric Actuators and Sensors. International Journal of Engineering and Technology, 2, No. 4, 259-262, 2010.K.B. Waghulde, Bimleshkumar Sinha, M.M. Patil and S. Mishra, Vibration control of cantilever smart beam by using ...
. Choose “Structure/Beam/FreeVibration” and select “FreeVibration.prj” to load. The main data file is shown at the end of this example. The remaining data files can be found in the project.A cantilever beam is placed vertically (See Figure 1). At the beam top, the density is m...
tion and tip mass” Further comments on “Vibration of a cantilever beam with a base excitation and tip mass”Further comments on “Vibration of a cantilever beam with a base excitation and tip mass”doi:10.1016/0022-460X(84)90315-8
We describe a simple and very inexpensive undergraduate laboratory experiment for fast determination of Young's modulus at moderate temperatures with the aid of a force sensor. A strip-shaped specimen rigidly bolted to the force sensor forms a clamped–free cantilever beam. Placed in a furnace, it...
The vibration of a cantilever beam with constant thickness and linearly tapered sides is solved using a novel accurate, efficient initial value numerical method. The effects of tip mass, base fixity, and taper on the natural frequencies are determined. This geometrically anisotropic beam vibrates in...
Where, one of the most popular and detailed approaches to use FBGs as vibration sensors involves the use of cantilever beam designs, which adds a mass to measure low and moderate frequencies (from 20 Hz up to 1 kHz) with high sensitivities (greater than 10 pm/g). The design consists o...
Theoretical or Mathematical/ vibrations/ cantilever beam vibration first-mode natural frequency tapered cantilever beams low-deflection beam stiffness mass distribution parameter conical truncated beams truncated wedges/ A4340 Structural acoustics and vibration A4630M Vibrations, aeroelasticity, hydroelasticity, me...
Analyzing the nonlinear vibration of beams is one of the important issues in structural engineering. According to this, an impressive analytical method which is called modified iteration perturbation method (MIPM) is used to obtain the behavior and frequency of a cantilever beam with geometric nonlinea...
A thin plate-like cantilever beam, well below static lateral buckling under gravity, is subjected to vertical harmonic excitation of its base. The governin... J Dugundji,V Mukhopadhyay - 《Journal of Applied Mechanics》 被引量: 133发表: 1973年 Free vibration of beams carrying spring-mass syste...