Sentence examples for subsequent shaping from inspiring English sources
The second was the emergence a century earlier of an established algebraic practice in the work of the Italian and German algebraists and its subsequent shaping by Viète into a powerful mathematical tool at the end of the century.
The TPS phase in the ternary blends shows some low level coalescence after a subsequent shaping operation.
The subsequent shaping of the generalized HIV epidemic is adequately modelled by the age-mediated heterogeneities in the model.
This analysis revealed that after 4 dpf when the bone is triangular in shape, subsequent shaping has two major phases.
Once a mouse consistently retrieved and consumed the reward during trial periods, the reward was incrementally buried deeper into the sand in subsequent shaping trials until the mouse would dig vigorously to find the reward completely buried by sand.
When the dog successfully obtained the reward by pulling out the board with its paws, the distance between the reward and the partition was increased stepwise in subsequent shaping trials.
Moreover, inspired by the topology-optimized material architecture, a subsequent shape optimization is proposed by parametrizing material architectures using super-ellipsoids.
It is a common practice to base both, material topology optimization as well as a subsequent shape optimization on linear elastic response.
The CET [23] and GTSA [22] techniques incorrectly segment many low intensity dermis areas as epidermis areas, since these low-intensity areas are segmented as binary foregrounds by thesholding but not eliminated by subsequent shape and area analysis.
The objective was to correlate internal stress, phase volume fraction, and texture measurements (from neutron diffraction spectra) with the macroscopic stress and shape changes (from load cell and extensometry measurements) during the shape setting procedure and subsequent shape recovery.
The increase in attraction for using these materials is due to their many unique materials, mechanical, thermal and thermal-mechanical properties, which in turn, evolve their subsequent shape memory, pseudo-elasticity and super-elasticity properties.
