Dynamic response of a guided circular saw
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Cited by (115)
Space-fixed formulation for the vibration of rotating, prestressed, axisymmetric bodies and shells
2021, Journal of Sound and VibrationCitation Excerpt :Fig. 7 shows non-dimensional natural frequencies of the constrained, rotating annular plate obtained from the present solid model (solid lines). The natural frequencies closely match those from Hutton et al. [45], who investigated a guided sawblade modeled analytically as a thin plate-spring system with a high stiffness to approximate a rigid constraint (circles). Whether asymmetry arises from constraints (Fig. 7), prestress (Fig. 8), or other sources of asymmetry, it couples the various Fourier harmonics in the equation of motion Eq. (38).
Regenerative instabilities of spring-guided circular saws
2020, Procedia CIRPMoving mode shape function approach for spinning disk and asymmetric disc brake squeal
2018, Journal of Sound and VibrationUnusual gyroscopic system eigenvalue behavior in high-speed planetary gears
2013, Journal of Sound and VibrationCitation Excerpt :Eigenvalue speed dependency has been investigated in many physical gyroscopic systems, such as spinning disks [1–6], axially moving materials [7,8], pipes conveying fluid [9], spinning disk-spindle systems [10–12], spinning rings [13,14], spinning shafts [15–17], and high-speed planetary gears [18,19].
Large displacement analysis of elastically constrained rotating disks with rigid body degrees of freedom
2012, International Journal of Mechanical SciencesCitation Excerpt :The aim of the present paper is to investigate the effect of large displacements upon the response of elastically constrained disks considering rigid body degrees of freedom. Linear analysis [2] predicts the existence of critical speeds at which the resonant frequency of specific modes, as measured by a stationary observer, have a zero value. At such rotational speeds a space fixed constant force produces a resonant condition in the disk.
Moving-load dynamic problems: A tutorial (with a brief overview)
2011, Mechanical Systems and Signal ProcessingCitation Excerpt :Beside data storage discs and brake discs discussed in the previous sections, there are also other applications, such as circular wood saws, clutches, gears and atomising discs. Hutton et al. [93] are early researchers of vibration of circular wood saws. Tian and Hutton [94] conducted a dynamic stability analysis of wood saws.
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On study leave from the Department of Mechanical Engineering, Tohoku University, Sendai, Japan.