Reprint
Symmetry in Mechanical Engineering
Edited by
June 2020
372 pages
- ISBN978-3-03936-214-1 (Paperback)
- ISBN978-3-03936-215-8 (PDF)
This book is a reprint of the Special Issue Symmetry in Mechanical Engineering that was published in
Biology & Life Sciences
Chemistry & Materials Science
Computer Science & Mathematics
Physical Sciences
Summary
Recent advancements in mechanical engineering are an essential topic for discussion. The topics relating to mechanical engineering include the following: measurements of signals of shafts, springs, belts, bearings, gears, rotors, machine elements, vibration analysis, acoustic analysis, fault diagnosis, construction, analysis of machine operation, analysis of smart-material systems, integrated systems, stresses, analysis of deformations, analysis of mechanical properties, signal processing of mechanical systems, and rotor dynamics. Mechanical engineering deals with solid and fluid mechanics, rotation, movements, materials, and thermodynamics. This book, with 15 published articles, presents the topic “Symmetry in Mechanical Engineering”. The presented topic is interesting. It is categorized into eight different sections: Deformation; Stresses; Mechanical properties; Tribology; Thermodynamic; Measurement; Fault diagnosis; Machine. The development of techniques and methods related to mechanical engineering is growing every month. The described articles have made a contribution to mechanical engineering. The proposed research can find applications in factories, oil refineries, and mines. It is essential to develop new improved methods, techniques, and devices related to mechanical engineering.
Format
- Paperback
License
© 2020 by the authors; CC BY-NC-ND license
Keywords
traveling waves; vibration stability; self-excited vibration; thin spur gear; variational mode decomposition; signal analysis; time-frequency analysis; center frequency method of double thresholds; Hilbert transform; finite-time control; terminal sliding mode; chattering; neural network; thin-walled structures; higher-order deformation modes; identification; doubly symmetric cross-sections; shell-like deformation; dual mass flywheel; absolute sensitivity; relative sensitivity; torsional vibration; spring; Dempster’s rule; evidence distance; pattern recognition; maritime surveillance; customer needs; bad parameters; core problems; design process; conceptual design; time-varying P-type IL method; MFA control; imprecise probability; active control; piezoelectric cantilever plate; image processing; particle; distribution; rolling bearings; Fault diagnosis; second-order tristable stochastic resonance; seeker optimization algorithm; output signal-to-noise ratio; global optimization; meta-heuristic; butterfly optimization algorithm; cross-entropy method; engineering design problems; grinding; rheology; breakage parameters; relative viscosity; tool wear state; CNN; BiLSTM; attention mechanism; signal features; vibrations; symmetries; two-engine vehicle; rear clutch; front clutch; vibration modes; image processing; distribution; granulation; on-line monitoring; fertilizers; parallel robot; minimally invasive procedures; algebraic modeling; Study parameters; fractional damping; vibration; dynamic behaviour; hybrid mechanism; helicopter; abrasive belt grinding; predictive model; regression; material removal; electric vehicles; PMSM; auxiliary slot; response surface methodology; n/a