Sentence examples for multifunctional object from inspiring English sources

In recent years the transition from ordinary mobile phones to smartphones has transformed a simple telephone communication tool into a multifunctional object incorporating the possibility of more sophisticated means of communication such as Internet and Bluetooth connections.

The capability of Additive Manufacturing (AM) to manufacture multi-materials allows the fabrication of complex and multifunctional objects with heterogeneous material compositions and varying mechanical properties.

The recent advancement of solid freeform fabrication, design techniques and fundamental understanding of material properties in functionally graded materials has made it possible to design and fabricate multifunctional heterogeneous objects.

The catalogue featuring the addresses of the zones where it is planned to place multifunctional municipal underground objects was prepared on the grounds of the conducted analysis.

Equally influential will be the craftsmanship associated with Eyck's objects, and multifunctional furniture that users can adapt to suit their changing needs, like the new seating-cum-storage systems developed by the German designer Werner Aisslinger for Italy's Moroso and by the Dutch architect Rem Koolhaas for the U.S. group Knoll.

The study manipulated whether presented objects containing both multifunctional and unifunctional parts have to be sketched from memory or simply copied.

In order to address this issue, we studied type and frequency of human-made objects in the multifunctional periurban Canton Aargau and analyzed land use they represent.

Some non-part-by-part sketching does arise, however, and appears to be closely linked with those parts of objects that possess multiple functionalities (i.e. multifunctional parts).

With further analysis on use (type, intensity, and spatial extent) data on human-made objects are likely to contribute to a better modeling and understanding of multifunctional periurban landscapes and thus facilitate integrated landscape planning.

The state of the art has evolved from primitive methods that demonstrate control over the size of individual nanoscopic objects to elaborate schemes that exert fine-tuning of the composition, structure, and properties of multifunctional nanoscopic devices.

The object of this paper is to present 10 major premises serving as a holistic conception for research on multifunctional landscapes (MFLs).