In this study, we propose a novel microring pressure sensor based on the cantilever beam. The external pressure induced on the beam causes a relative change of the resonant wavelength of the microring. So as to optimize the design, stress-induced mechanical aspects of microring on the cantilever...
Various propertiesforcantilever beam have been mentioned in this paper. Configurations of cantilever beams are simulated and designed with COMSOL Multiphysics andtheoretical simulations are made inScilab. The designwas built and computed to determine the corresponding displacement for the pressure being ...
It must be combined with the kinetic parameters to find the most dangerous working conditions, and then make optimization design for meet safety standards. This paper is studied by taking "self-control plane" amusement equipment cantilever beam as the research object, using the rigid body dynamics...
Nevertheless, there is not a comprehensive design method of piezoelectric cantilever beam structure for specific low-frequency condition. Therefore, in this paper, an optimized design method is proposed for piezoelectric cantilever beam structure in the condition of low-frequency. Both the fundamental ...
The full stress design of a cantilever beam under a combined load is discussed.First,the mechanical model of the cantilver beam is built.By considering the balance of an element,the stress formula is obtained.Then,the governing equation of the full stress design of cantilever beams under a com...
The beam is modelled using four Finite Elements. PZT patch(s) can be bonded near the fixed end of the beam, near the free end of the beam or other locations in the middle of the beam. A harmonic sinusoidal force is applied. The design uses first vibratory mode. It can be concluded ...
Simulation Design Control System PID for Flexible-Link Cantilever BeamYani, AhmadPramujat, BambangSigit, Agus
cantilever beam design is the most suitable design for the low pull-in potential of 11.20 V with performance parameters likek,f0andσas 2.18 N/m, 15.84 kHz and 14.8 MPa, respectively. Furthermore, the methodological steps adopted in this work can address the challenges of MEMS design and ...
To design both the balanced footings and cantilever footings, equalize the loads on the footings by inserting dead loads on the internal column. If the fulcrum is adjacent to the internal column, the internal footing becomes very weighty. The strap beam that associates the two footings, are des...
The experiments also demonstrate that lower amounts of shear reinforcement than those required for the minimum shear reinforcement in the existing design provisions do not considerably influence the shear resistance of a standard shear test on a simply supported beam subjected to one- or two-point ...