Viscoelastic theory predicts that for low pressures, and thus low stresses, the shell will behave elastically, i.e. it will respond with a finite expansion and return to its initial configuration if the stress is removed.
A structure using the two-way effect returns to its initial shape by increasing or decreasing temperature under an initially given residual stress.
Therefore, the spring returns to its initial shape after two full turns.
When the SME comes into play, the material returns to its initial shape upon heating after having been deformed at ambient temperatures.
Further protonation leads to another helical form, and the system can be returned to its initial form by deprotonation.
The scalar field follows complex trajectories and undergoes severe deformation during the simulation; however, the flow reverses its course at half-time and the scalar field returns to its initial position and shape.
It is worth noting that after the stimulation Bax returns to its initial steady state.
Since the engine returns to its initial state, its internal energy U does not change (ΔU = 0).
The drop returns to its initial position.
The polymer is rechargeable and returns to its initial charge-discharge cycle capacity.
After heavy-duty tests during 62 charge/discharge cycles their specific capacity returns to its initial value.
