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The modeling examples show that the proposed method is effective and easy to achieve, making it useful for constructing complex curves for engineering design.
The modeling examples show that the proposed method is effective and easy to implement, which can greatly improve the ability to construct complex surfaces by using the generalized Bézier-like surfaces.
The modeling examples show the effectiveness of the proposed methods: our proposed (mathrm{G}^{1}) and (mathrm{G}^{2}) continuity conditions for Q-Bézier curves are better than the existing continuity conditions described in [20].
The modeling examples show that the proposed methods are effective and easy to implement, which greatly improve the problem-solving abilities in engineering appearance design by adjusting the position and shape of developable surfaces.
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While this learning strategy has proved successful for both brain models and applications, computational examples show that attention to early critical features may later distort memory representations during online fast learning.
Numerical examples show that current models failed to obtain feasible solutions when minimum transaction lots were considered.
The numerical examples show that the models predictive capabilities are in excellent agreement with three-dimensional exact solutions, from very thick to very thin plates, and are shown to be insensitive to shear locking.
These two examples show how this model-based approach can be used to reveal the magnitude of the subject's natural response to the emboli that can help distinguish how the subject is coping with the disease state.
Examples show that the model accurately reproduces the vortex tori pattern in the CQCGLE.
Enclosed examples show that the model and methods proposed lead to realistic results and, therefore, can be applied in engineering calculations.
The illustrative examples show how the model achieves a compromise among the potentially conflicting fuzzy goals of the various EIP stakeholders.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com