The main consideration here is to optimize the contact parameters of the joint elements.
By optimizing the contact and sliding conditions the workpiece material could be removed at the micrometer scale.
A nonlinear programming method, which optimizes the contact forces of fingertips under the friction constraints, unisense force constraints and joint torque constraints, is presented to train the ANNs.
Thus, we were able to optimize the contact between silver electrodes and the graphene anodes, leading to the considerable enhancement of light-emitting performance.
In this study, the focus was on the design for reliable wafer level hermetic Sn-Au based interconnection for MEMS devices by optimizing the contact metallization structures.
In particular, this process must produce articular surfaces that, in physiological working conditions, optimize the contact load distribution or, equivalently, maximize the joint congruence.
In order to optimize the contact properties, we prepare TiOx interface layers with various oxygen content by reactive magnetron sputter deposition.
Finally, the as-fabricated gas sensing devices were sonicated in ethanol and distilled washed, respectively, and then, vacuum heat treatment at 300°C for 2 h was executed in order to optimize the contact between NiO-sensing films and Au electrodes.
In such industrial processes, it is necessary to optimize the contact between the injected liquid and the bed solids as it has a significant effect on product yields and quality, and reactor operability.
By optimizing the contact point density defined by individual AuNPs, yet keeping the surface chemistry unchanged as evidenced by X-ray photoelectron spectroscopy, we show that the initial microbial adhesion can be successfully reduced up to 50%, compared to control (unstructured) surfaces.
