Flat glass produced by the float method has excellent thickness control and strength.
It is a rather questionable relative of the plane, for, though it lifts shavings in a similar manner, it lacks the positive thickness control of the plane.
Topology optimization for minimum and maximum thickness control, uniform thickness control, and multiple thickness control is provided by using moving morphable bars formed of rectangles with semicircular ends.
Vacuum deposition presents highly uniform layer formation over the entire substrate area, with thickness control ability.
No constraints or filtering techniques are required for the minimum thickness control.
Therefore, this work studies the uniform thickness control in a multi-objective manner.
By solving benchmark problems, the validity of the method proposed for versatile thickness control is shown.
Such an electrochemical procedure leads to the thickness control of the coating.
Our results indicate that MR tuning can be realized by precise thickness control in multilayer graphene.
In addition, the cross section of the electrodes was captured to see the thickness control with different calendering pressures used.
Since the precipitation is a non-equilibrium process, this makes thickness control of graphene a challenge [33, 34].
