reference configurationの例文

• The reference configuration need not be one that the body will ever occupy.
• The reference configuration need not be one the body actually will ever occupy.
• Often, the configuration at 0 } } is considered the reference configuration,.
• It is convenient to identify a reference configuration or initial condition which all subsequent configurations are referenced from.
• The static case uses a static reference configuration to calculate the electronic wavefunctions, this is also called the crude adiabatic approximation.
• It is convenient to identify a reference configuration or initial geometric state of the continuum body which all subsequent configurations are referenced from.
• Often, the configuration at \ t = 0 is considered the reference configuration, \ \ kappa _ 0 ( \ mathcal B ).
• That this derivation is for a material element is implicit in the time constancy of the reference configuration : it is constant in material coordinates.
• For the ground state using more than one reference configuration means a better size inconsistency of truncated CI-methods is not solved by taking more references.
• Continuity in the Lagrangian description is expressed by the spatial and temporal continuity of the mapping from the reference configuration to the current configuration of the material points.
• For deformation analysis, the reference configuration is identified as " undeformed configuration ", and the current configuration as " deformed configuration ".
• In April 1984, the newly established Space Station Program Office at Johnson Space Center produced a first reference configuration; this design would serve as a baseline for further planning.
• The components \ X _ i of the position vector \ \ mathbf X of a particle, taken with respect to the reference configuration, are called the material or reference coordinates.
• The components of the position vector of a particle in the reference configuration, taken with respect to the reference coordinate system, are called the " material or reference coordinates ".
• Whereas the Cauchy stress tensor \ boldsymbol { \ sigma } relates stresses in the current configuration, the deformation gradient and strain tensors are described by relating the motion to the reference configuration; thus not all tensors describing the state of the material are in either the reference or current configuration.
• First, a continuous displacement field is computed from a pair of images : the first image being the reference configuration of microspheres surrounding an isolated cell, and the second image being the same isolated cell surrounded by microspheres that are now displaced due to the cellular-generated tractions . stack.
• If the charge is accumulated in a capacitor ( of capacitance " C " ), the reference configuration is usually selected not to be infinite separation of charges, but vice versa-charges at an extremely close proximity to each other ( so there is zero net charge on each plate of a capacitor ).
• Which is a mapping of the initial configuration \ kappa _ 0 ( \ mathcal B ) onto the current configuration \ kappa _ t ( \ mathcal B ), giving a geometrical correspondence between them, i . e . giving the position vector \ \ mathbf { x } = x _ i \ mathbf e _ i that a particle \ X, with a position vector \ \ mathbf X in the undeformed or reference configuration \ kappa _ 0 ( \ mathcal B ), will occupy in the current or deformed configuration \ kappa _ t ( \ mathcal B ) at time \ t.