The phrase "accommodate constraints" is correct and usable in written English.
It can be used when discussing the need to adjust or adapt to limitations or restrictions in a particular context, such as project management or design.
Example: "In order to meet the project deadline, we must accommodate constraints related to budget and resources."
Alternatives: "adapt to limitations" or "adjust to restrictions".
A key advantage of MPC is that it can accommodate constraints on the inputs and outputs.
While SQDs have been historically used to accommodate constraints on respondent burden, this paper shows they can also be an efficient design option.
While some clinicians perceive that these struggles are outside of their realm of influence [ 75], others offer creative strategies for alleviating financial burden such as prescribing generics, giving samples, changing the regimen to accommodate constraints or helping patients participate in patient assistance programs [ 18, 75].
However, initiating planning from a system optimization stance, and accommodating constraints as needed, may be the best way to improve overall system performance.
We also discuss the necessary modifications of the element stiffness matrix in order to accommodate different constraints, such as point constraints in terms of joint releases (or hinges) for moments or shear forces.
Accommodation refers to how well the providers' operations are organized to accommodate patients' constraints and preferences.
The ANN technique is flexible enough to accommodate additional constraints that may arise in the application (Palani et al. 2008).
In order to accommodate buckling constraints, it limits the stress and the length of the beam segments.
The results show that the framework identifies good solutions efficiently, can accommodate chance constraints and scales up well.
Each method has its own advantages and drawbacks and some researchers have investigated their combinations by essentially adjusting the objective function to accommodate some constraints.
The integration of the in-vessel components (IVCs) must accommodate numerous constraints imposed by their operating environment, the requirements for precise alignment, high performance, reliability, and remote maintainability.
