However, applying this method to embedded steel elements would face the difficulty that the shape and geometric dimensions of the section might seriously affect the strain measurements.
Furthermore, based on the analysis of problems brought by the over-scaled training set and the oversized dimension of eigenvector, this section raised a strategy which horizontally and vertically grouped the training sets, made analysis on vanishing components respectively, and classified the union of vanishing component in each group.
The Geometry page lets us specify the physical dimensions of the sections in our model, and how NEURON will compartmentalize the model (nseg).
Dimensions of the sections were selected to promote local buckling, and inhibit other forms of buckling, such as distortional and lateral-torsional buckling.
Only the integration method was used for the circular theoretical model, as the results obtained for the point strength method are inaccurate for the dimensions of this study (see the section 'Results and comparison') when the distance of the electrode to the liquid layer, h, is ( mathit{mathsf{h}}notggfrac{mathit{mathsf{a}}}{2}, ) where a is the width of the electrode.
They exploit the following property: if the vector g (again of dimension L in this section) is the minimal norm solution of the underdetermined system F g = x, then it is also a solution of the equation system.
Therefore, low thermal conductance can be easily achieved with small dimensions of thermal insulation section material.
The influence of the geometric dimensions of the sleeve section (i.e. sleeve thickness and sleeve length) on the moment rotation behaviour and the moment resistance of the sleeve connection was particularly studied.
The thin-walled beam is actually a cylindrical shell whose length is much greater than the dimensions of the cross section which, in turn, are much greater than the thickness of the wall.
The dimensions of the cross section within the gage length were 30 mm × 30 mm.
