As the main load-carrying and lateral force resistant member of media-storey structure, the performance of its end restraint effects greatly on the whole wall.

This paper studies the optimal fuzzy guidance law for intercepting arbitrarily maneuvering evader with the terminal constraints.

The influences of confining pressure, end constraint, height of specimen and interface on networks of shear bands are investigated numerically.

<Abstrcat> Following the idea of the performance studies of receding horizon control in control field, a kind of rolling scheduling strategy, in which the sub-problems with terminal constraint are given, is presented for a kind of large scale static single-machine scheduling problem with separable regular criteria.