Design and Finite Element Analysis of Automatic Rotating Display Stand
Aiming at the shortages of the existing display stands, an automatic rotating display stand is presented, which is easier to use based on its simple structure and control system. Mechanical structure and electric control system of the stand are detail discussed and simulation of the
control system is accomplished. As the weakest part of the structure, mechanical properties of coupling are analyzed by finite element method. The results indicate that the strength of the coupling is reliable, and structure in conjunction with the control system of this stand can meet the
functional requirements.
Keywords: AUTOMATIC ROTATING STAND; CONTROL SYSTEM; FINITE ELEMENT METHOD; MECHANICAL PROPERTIES; STRUCTURAL DESIGN
Document Type: Research Article
Publication date: 01 December 2013
- JOURNAL OF MECHATRONICS is a interdisciplinary peer-reviewed international journal that reports emerging research at the interfaces of mechanical engineering, electronic engineering, applied mechanics, computer intelligence and integration, control engineering, aerospace engineering, computer science and engineering, robotics engineering, software engineering, engineering materials, materials design and processing, molecular engineering, biomedical engineering, nanotechnology, optical engineering, system design engineering, manufacturing engineering, automotive engineering, device control engineering, electronic and electro-mechanic systems, product design and engineering, machine element, strength of materials, fracture mechanics, tribology, metallurgy, modeling and simulation, instrumentation, consumer products and much more.
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