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The calculation method for joint friction is discussed in detail.
This paper describes a practical method for joint optimisation using a variable modulus bondline.
A method for joint trajectory planning of kinematically redundant parallel manipulators is presented in this paper.
An accurate and reproducible measurement method for joint motion is essential for classification of success or failure in therapeutic intervention.
In this paper, we propose a novel method for joint localization of a pursuit robot and arbitrary target.
Meanwhile, the calculation method for joint friction is discussed in detail, and the relationship between ideal constraint force and Lagrange multipliers is derived.
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The proposed method may be used in the component based method for joints involving a fin-plate component in tension.
The proposed method may be used in the component based method for joints involving a fin plate component in shear and bending.
The main benefit of the model is its ability of linking the response of semi-rigid beam-to-column joints to the load carrying capacity of the system, and in addition, the model supports the use of codified methods for joint response.
Recently, a pitch estimation filter with amplitude compression (PEFAC) in the spectral domain has been proposed in [17], and methods for joint pitch and model order estimation have been proposed in [18] [20].
Moreover, the use of Cox PH in joint modeling of time-to-event and longitudinal data (Wulfsohn and Tsiatis 1997) usually leads to an underestimation of the standard errors of the parameter estimates (Hsieh et al. 2006; Rizopoulos 2012), and therefore most methods for joint modeling are based on parametric response distributions (Hwang and Pennell 2014).
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