The phrase "a solution which can be" is correct and usable in written English.
It can be used when discussing potential solutions to a problem or situation, emphasizing the capability of the solution.
Example: "We are looking for a solution which can be implemented quickly and effectively to address the current issues."
Alternatives: "a solution that is capable of" or "a solution able to".
Last but not least, the development of the tool aimed to create a solution which can be deployed with minimum effort and is simple to use.
Since none of the methods appear to provide a solution, which can be easily adapted to the Assembly Oriented Design application, the requirements of any new method are then more precisely identified.
The equation k x (ω, x1) = 0 at fixed ω has a solution which can be found graphically as the intersection point of the function Ω PN (x1) curve and the horizontal line for the frequency ω (see Fig. 2).
However, if F is simply k-Lipschitz continuous and monotone, but not η-strongly monotone, then MVIP (1.1) may fail to have a solution, which can be seen from the following counterexample.
For a system of max-T equations (Acircmathbf{x} = mathbf{b}), it is well known that the solution set, denoted by (S A,mathbf{b})), is nonempty if and only if its principal solution (hat{mathbf{x}}) is indeed a solution which can be constructed and verified in polynomial time.
We have a solution which can be implemented with minimal disruption and cost, and which could transform the lives of a million children.
The system has been constructed in a form of an integrated optic vibrometer, an innovative solution, which can be used as a microphone for a TIHA.
Addition of extra flexibility to the existing equipment to handle a larger range of tasks is a desirable solution, which can be offered by reconfigurable end-effectors (REEs).
Therefore, the output of partial VRRM is a local minimum and not the global one; nevertheless, partial VRRM is a simple solution, which can be used as the starting step and a reference point.
This paper proposes a novel transitional procedure that post-processes 2D adjoint topology solutions, fitting the interface between the solid and fluid topological domains to create a parameterized solution which can be used as either a CAD-compatible representation of the interface or a source for grid generation from which a shape optimization loop can be initialized.
Also, we note that even though the JFRP algorithm tries to get a solution close to the optimal one, it leads to a suboptimal solution which can be due to the approximations through the iterations of subgradient method.
