Sentence examples for functional artifacts from inspiring English sources

For example, the techniques of repoussé, metal casting, blacksmithing, sheet-metal work, and welding, which are used for the production of functional artifacts and decorative metalwork, are also used in metal sculpture; and the preparation, forming, glazing, decoration, and firing of clay are basically the same in both utilitarian pottery and pottery sculpture.

This chapter describes the sophisticated technologies of producing nanomaterials, both present and supposed future, capable, in principle, of fabricating functional artifacts of arbitrary complexity.

Building and maintaining functional artifacts with high complexity and robustness is a challenge engineers face throughout all fields of application.

This assures that the fMRI data from the FFA do not include functional artifacts resulting from large blood vessels, such as the variation in the location of the FFA between subjects or the modulation of signal intensity.

The processes of research contributed to the evolution of the artifact, identifying and implementing improvement points that made the most functional artifact according to its users and more suitable for the next stage of DSR, which implies the utility test.

One particular conceptual issue in learning materials in a design context is the relation between the physical nature of the artifact-in-design and the functional-artifact-in-design.

In this paper, an effort has been made to give a structural framework, through a set of generic definitions, to product specification, functional representation, artifact representation, artifact behavior and tolerance representation.

In general, functional imaging artifacts can be minimized by fast imaging techniques (e.g. parallel imaging), but these often are available at the cost of reduced signal-to-noise ratio (SNR).

This article discusses automatic identifications of functional structures of artifacts from given behavioral models of components and their connection information (called functional understanding).

The proposed design synthesis method is a mapping from the functional requirements to artifacts, with multi-stage constrained optimization during stages of design evolution.

Human iPSCs generated by episomal vectors were then used to assess whether human iPSCs and ESCs are really equivalent at the molecular and functional levels, avoiding artifacts that may affect their genetic signature, differentiation behavior or developmental potential.