"blending model" is correct and usable in written English.
It refers to a type of model or approach that combines different elements or techniques in order to achieve a desired outcome or result. This term is commonly used in education and language learning, as well as in psychology and business. Example: "The teacher used a blending model of instruction, incorporating both direct instruction and hands-on activities, to engage students and improve their understanding of the subject."
Visual contrast was reduced by blending the fog colour (RGB = [128, 128, 128]) into the virtual scene, according to the alpha blending model C r = C o α + C f (1 − α), where, for each pixel of the projected image, C r is the resulting colour, C o is the original colour, C f is the colour of the fog, and α is the blending factor.
The blending model is formulated to identify a set of feasible mixture blends that satisfy the desirable target properties such as density and viscosity.
Within the framework proposed in Part I of this work (Compos Struct, 2016, 154: 106-128), by incorporating the global blending model, operations of add-layer, exchange-blend and sequence-adjustment are revised and enhanced.
In this work, a mathematical model for optimization of tapered composite structures with buckling and manufacturing constraints is developed, then a ply-drop-based global blending model (GBM) is suggested to address the layers' addition/deletion and blending problems.
The plane brightness was composited with the brightness of the background image, according to the standard alpha blending model described previously.
This paper presents a context-aware design pattern for situated analytics called Blended Model View Controller.
Several boot camps are deploying "blended" models with both in-person and online teaching.
Yet even though communities will rely primarily on just one of the four models of value creation, innovative community organizers will blend models.
Unfortunately, a dearth of research has assessed coordinated or blended models of diabetes and depression care in PCMHs.
In this chapter the blending brake model, including a nonlinear electric powertrain model and a hydraulic brake system model, are developed in MATLAB/Simulink.
In fact, the strategies are different, which may be adopted by the experimenter for the construction of blending models in the region of interest.
