The phrase "a robust process for" is correct and usable in written English.
It can be used when describing a strong and effective method or system for achieving a specific goal or outcome.
Example: "We have developed a robust process for ensuring quality control in our manufacturing operations."
Alternatives: "a strong method for" or "an effective approach to".
"The Welsh government has a robust process for monitoring progress in delivering these plans.
The feasibility of thermal ink jet printing as a robust process for biosurface engineering was demonstrated.
This paper presents the development of a robust process for the fabrication of a low loss FPW device.
The committee says it is necessary to establish a robust process for identifying claimants who are struggling so they can be helped before they fall into arrears and face eviction.
In terms of developing a robust process for isolating polymorphs, a purely structural approach is limited since it neglects the role kinetics have in determining the appearance of polymorph structures.
Interconnected three-dimension (3D) networks of novel helical carbon nanotubes (HCNTs) wrapped with reduced graphene oxide nanosheets (HCNTs/rGO) are successfully fabricated via a facile solution of self-assembly method, as well as a robust process for the simultaneous reduction and high N-doping of HCNTs/rGO composites (N-HCNTs/rGO) by photoreduction under NH3 atmosphere.
Separable early and late phases allow for a robust process of vesicle budding to follow from variable initiation mechanisms.
This analysis provides a rationale for assigning safety factor values based on designing a robust process that allows for scale differences, process variability, data extrapolation, and process expansion.
Andrew Williams, a Treasury spokesman, declined to comment about the negotiations, but said the government "has a robust process in place for valuing warrants".
We also develop a robust process optimization technique for batch-wise processes, called batch-wise robust process optimization, which utilizes all available measurements of raw material qualities at the start of each production batch.
In this paper we address the task of finding a robust process and control design for nonlinear systems with uncertainties and disturbances such that bounds on inputs and outputs are not violated.
