Sentence examples for tailorable applications from inspiring English sources
In particular, practical approaches to support design decisions for tailorable applications that could cope with diversity have been lacking.
Considering the methodological aspect, the Participatory Design (PD) has been described in literature as an interesting approach to design tailorable applications.
Especially in areas concerning design, the works to date have focused on principles to guide designers; studies regarding practical approaches to support design decisions for tailorable applications have been lacking.
PLuRaL is a framework for the design of tailorable applications which adopts a sociotechnical approach and a comprehensive view for interaction requirements, including those that are controversial or from minority, and arising not only from users, but also from different devices and interaction environments [26].
Tensile test suggested that the mechanical properties of graft copolymers depend on PM/PLLA composition, particularly graft density and branch length, which could be readily tailorable to different applications.
Tailorable properties provide an application of conductive carbon-based composite materials in many industries as electronic and constructional components: in microelectronics, electrostatic dissipation, at electromagnetic shields fabrication, for aircraft structures, etc. [1 4].
The synthesized SPUs have a low soft segment glass transition temperature, a melting temperature around 50 °C, and a significant tailorable hardness for tissue engineering applications.
A new generation of composite materials is being developed based on physical properties, especially high thermal conductivity and, in some applications, low and tailorable coefficient of thermal expansion (CTE).
A process was developed for fabricating arrays of micro-channels in shape-memory NiTi for bone implant applications, with a tailorable internal architecture expected to improve biomechanical compatibility and osseointegration.
However, unlike conventional applications, while designing tailorable systems, designers need to foresee different possibilities of use, including the evolution of users and the use in different devices and environments.
Recently, their use has increased in the rehabilitation of concrete structures, mainly due to their tailorable performance characteristics, ease of application and low life cycle costs.
