The phrase "adapted for the case" is correct and usable in written English.
It can be used when discussing modifications or adjustments made to something to suit a specific situation or requirement.
Example: "The software was adapted for the case of remote work, ensuring that all features functioned seamlessly for users at home."
Alternatives: "tailored for the situation" or "customized for the scenario."
In this paper we study the shape, extend and time variations of the solar wind transition surfaces using the Lima and Priest (1993) hydrodynamic model adequately adapted for the case of the solar wind flow.
An earlier developed analytic model [Proceedings of the Sixth International Conference on Sandwich Structures ICSS-6 2002002) 551] is adapted for the case of a sandwich panel with circular insert, with elastic properties differing from those of the core.
It is anticipated that the proposed physical boiler model should also be easily adapted for the case of boiler systems utilizing alternative fuels, thus aiding in the optimization of the dedicated control and supervision systems.
This model is particularly suitable for the study of hybrid indoor/outdoor scenarios and thus well adapted for the case of WiMAX femtocells in residential environments.
First, classical decoupled approaches are outlined and adapted for the studied case.
This solution is substituted into the general scheme of micromechanics of locally elastic media adapted for the considered case of 1D peristatic structures.
The model is based on the principles of the "unreacted-core" systems, typical of chemical engineering processes, in which the reacted product remains in the solid as a layer of inert ash, adapted for the specific case of carbonation.
Secondly, the framework is adapted for the specific case of multi-hop transmissions (Section 4.2).
The following proof is adapted for the asynchronous case from the synchronous convergence analysis provided by [19].
In this simple scheme, adapted for the NikR case, the binding of the ligand (nickel) induces (1) a change in the electrostatic potential of the protein (i.e., making the overall net charge of the protein more positive) and/or (2) a conformational change in the protein that leads to the formation of a structure that is complementary to the nik operon.
Finally the application of a simple analytical model, suitably adapted for the analysed cases, shows the possibility of forecasting and simulating the crack patterns experimentally found.
