The phrase "achieve viable" is correct and usable in written English.
It can be used when discussing the attainment of something that is practical or feasible, often in a business or project context.
Example: "Our goal is to achieve viable solutions that can be implemented within the next quarter."
Alternatives: "attain feasible" or "reach practical".
Results illustrate the positive contribution of the mathematical programming approach to achieve viable economic solutions.
To report clinical cases of autoimmune progesterone (P) dermatitis, its relationship to IVF, and the potential for P desensitization to treat these cases to achieve viable pregnancies.
At moderate temperature and total pressure (260∘C, 10 bar), particles smaller than 2 mm diameter, Pd membranes with thickness less than 10μm, and membrane surface to volume ratio exceeding 500m2/m3 are needed to achieve viable productivity (>50molH2/m3s).
With increasing complexity of architectures and systems, life-like properties or features of living beings, such as e.g., self-configuration, -optimization, -healing, -repairing, or -protection, become mandatory for computing systems, to achieve viable and robust systems.
It does not require the addition of chemical additives to achieve viable degradation rates.
To achieve viable treatments, researchers have to specify quantitative deterministic models of THMC effects which themselves require further additional assumptions.
For a fringe market with only a few hundred players — even if they are big ones — that sort of cost is disproportionate and a barrier to achieving viable scale, he said.
This paper makes a contribution to the body of knowledge related to (lean) NPD by documenting current industrial challenges and practices in achieving viable internal tolerance engineering routines and processes, along with the needs for documentation tools.
Achieving viable productivity requires a good mix of professions, with adequate numbers providing good supervision.
Unfortunately, even with a specifically designed starting inoculum, there is still a number of parameters, mostly with regard to the fermentation conditions, that need to be improved in order to achieve a viable, large-scale, and technologically feasible solution.
Our findings constitute a vital milestone to achieve commercially viable and high performance graphene-based devices.
