Service oriented architectures provide more effective and dynamic applications.
Dynamic applications often require ball screws with high preloading values.
These enhancements are valuable for dynamic applications of lightweight concrete.
A block RAM-based (BRAM) architecture is proposed as the optimal architecture for reconfiguring dynamic applications.
Dynamic applications organize data as pointer-based structures (lists, trees, …) and memory is referenced through pointers.
The semantic range of DSP-oriented dataflow models has expanded to cover heterogeneous models and dynamic applications, but efficient design, simulation, and scheduling of such applications has not.
Unfortunately, the discretization of the governing equations, especially for fluid dynamic applications, often leads to very large discrete systems.
In this paper, we discuss various formats of gradient elasticity and their performance in static and dynamic applications.
The increasing use of adhesive joints in dynamic applications require reliable measurements of the rate-dependent stress-displacement behaviour.
Because these actuators are based upon piezoelectric materials, they are well suited for high bandwidth dynamic applications.
Service Oriented Architectures (SOA) have emerged as a new paradigm to develop interoperable and highly dynamic applications.
