For instance, it builds in "rainscreens" to its constructions in order to control the effect of rainfall and moisture, factors which in many traditional buildings are somewhat overlooked.
Profiting from universal constructions, in order to handle algebraic fibring, it is enough to define appropriate categories of signatures and logic systems.
This paper deals with the performances of various multilayers constructions in order to illustrate the solutions that can be obtained using Kynar®.
The purpose of this paper is to generalize these two constructions in order to produce a new recursive construction of t-designs and a new extension theorem of t-designs.
The obtained results allow for improvement of design requirements of composite structures working in mechanical fatigue conditions as well as proper maintenance of composite constructions in order to avoid critical ranges of generated heat during cyclic loading.
While classical robotics traditionally makes use of stiff constructions in order to achieve a high precision, there is on-going research in development and control of new compliant robotic systems.
