In time, chain-mail armour tended to be replaced by stronger, but less flexible, plate.
An experimental example of a 3D rectangular-box cavity with a flexible plate is considered.
The profile control in nozzle flexible plate design was studied with a rigid-flexible coupling method.
Results indicate that the flexible plate aerodynamic design method used here is effective and feasible.
The flexible plate support is surrounded by a rigid restraint with a rectangular cask.
A three-noded shear flexible plate element based on the field-consistency principle is used.
The inflatable shoulder-assistive device, which can be worn as a vest, is constructed of neoprene, reinforced with a flexible plate below the axilla (armpit).
This paper studies the low-order dynamic modeling and active control of a flexible plate and provides experimental verification.
ITER Lower Cryostat Thermal Shield (LCTS) is fixed to the cryostat floor by a thin flexible plate support.
A vibration absorber integrating the flexible plate with a combination of passive elements attached to the boundary is first devised.
The flexible plate is clamped at its leading edge and submitted to a small, lateral harmonic displacement.
