The phrase "aim of model" is correct and usable in written English.
It can be used when discussing the purpose or objective of a particular model in various contexts, such as scientific, statistical, or theoretical discussions.
Example: "The aim of the model is to predict consumer behavior based on historical data."
Alternatives: "objective of the model" or "purpose of the model".
The aim of model simplification is to eliminate parts of a model that are unimportant for the properties of interest.
In addition to a high concordance with in vitro measured fold change, which was the primary aim of model design, the models per drug show good predictivity of therapy response for regimens including that drug, even in the absence of other clinically relevant factors such as background regimen.
The aim of model evaluation is to obtain the error rate of model according to the input data for training purposes and it is based on various criteria of error calculation.
Given the measurements, the aim of model calibration or parameter identification is to estimate some or all of the parameters θ in order to minimize the distance among data and model predictions.
We also consider the case of non-perfect interface, i.e. when a jump of displacement or of its gradient, with the aim of modelling lacking of adhesion between solids.
In this paper, a new fluid structure interaction immersed computational methodology, based upon the original Immersed Boundary Method (IBM) [1] is outlined with the final aim of modelling cardiovascular phenomena, specifically, heart valve related problems.
The aim of modelling the regeneration process by matching experimental observations with those from a mathematical model is to gain a better understanding of the process and to recognize which parameters are relevant for specific phenomena.
This study forms part of a long-term project that has the aim of modelling welding and related fabrication processes computationally with particular emphasis on the out-of-plane distortion outcomes.
In this work, a structured monolithic catalyst has been tested under a wide range of conditions (partial pressure, residence time, temperature and time-on-stream), with the aim of modeling its kinetic behavior and assessing its economic and upscaling potential.
The aim of Model-based steganography is in characterizing some statistical properties of the cover message in order to embed the secret message without altering these properties.
For example, biomedical researchers frequently expose surrogate models to harmful chemicals with the aim of modeling human disease.
