This investigation indicates a simple integrated approach for active designing and large-scale assembly of complexed functional nanostructures on bulk materials.
However, how to use this stability criterion for active damping design is not straightforward.
Moreover, a systematical optimization link for active functional design (AFD) of PEMFC-oriented PMMs is also presented.
A 2-DOF barycenter mechanism is proposed to provide body stabilization and to serve as an actuating device for active control design.
There are many databases and software for active peptide design.
Consequently, these aspects may generalize fairly well to other self-controlled designs, but should not be expected to hold for active comparator designs.
The proposed criteria provide solid and essential bases for passive and active designs of built thermal environment in Hot Summer and Warm Winter zone of China.
The proposed smart cantilever beam with the prescribed repeatable and controllable disturbances serves as a very suitable model in laboratory confirmations for active controller designs.
Beyond it, the appropriate combination of SMAs with different hysteresis widths leads to actuators with wave-like behaviour, convenient for the peristaltic motions of microrobots and for active surfaces designed for drag reduction.
Reference [26] presented a voltage and frequency control strategy for active island microgrids design.
The ability of measuring it reliably in real time is an enabling technology for active control systems design for two-wheeled vehicles and for tire performance assessment.
