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Discrete approach for gradation surfaces in grey balance adjusting
AIP Conference Proceedings, 2019 Dmitry Tarasov
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Surface Meshing with Metric Gradation Control
Civil-Comp Proceedings, 2012 Scientific computing requires the automatic generation of high quality meshes, in particular isotropic or anisotropic meshes of surfaces defined by a CAD modeller. For this purpose, the two major approaches are called direct and indirect. Direct methods (octree, advancing-front or paving) work directly in the tridimensional space, while indirect ...
Laug, Patrick, Borouchaki, Houman
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Gray Balance Adjusting in Electrophotography by Means of Discrete Geodesics of Gradation Surfaces
Journal of Mathematical Imaging and Vision, 2021zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Dmitry Tarasov, Oleg Milder
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Determining the ideal initial printing colorants in electrophotography by the discrete gradation trajectories [PDF]
Mathematical Methods in the Applied Sciences, 2022 The accuracy and repeatability of the color reproduction in print is determined by the fine-tuning of the tone reproduction curves of the basic printing colorants (most often this is CMYK).
Dmitry Tarasov, Oleg Milder
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Computational Materials Science, 2021
Abstract A framework for generating tetrahedral meshes of polycrystalline microstructures with optimal element-size distribution, as determined by the underlying defects (e.g., cracks and voids), is proposed. The framework utilizes a conformal surface mesh of each grain boundary and a point-cloud file to describe, respectively, the polycrystal and ...
Brian R. Phung +2 more
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Abstract A framework for generating tetrahedral meshes of polycrystalline microstructures with optimal element-size distribution, as determined by the underlying defects (e.g., cracks and voids), is proposed. The framework utilizes a conformal surface mesh of each grain boundary and a point-cloud file to describe, respectively, the polycrystal and ...
Brian R. Phung +2 more
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Loading–unloading contact analysis of a fractal rough surface with functional gradation
Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications, 2021The present paper deals with a finite-element-based static loading–unloading analysis of a functionally graded rough surface contact with fractal characteristics. Two different gradation models, namely elastic and plastic gradations, are adopted. In these models, one out of yield strength and Young's modulus is varied spatially according to exponential
Tamonash Jana +2 more
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Finite Element Mesh Gradation for Surface Waves
Journal of the Geotechnical Engineering Division, 1975The criteria are explored which are based on one-dimensional problems and are related to the maximum permissible dimenstions of elements in relation to the wave length of the propagating waves. Attention is focused on how much coarser the element mesh can be made for regions away from the free surface.
Genevieve Segol +2 more
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GradH‐Correction: guaranteed sizing gradation in multi‐patch parametric surface meshing
International Journal for Numerical Methods in Engineering, 2004AbstractIn this paper a new method, called GradH‐Correction, for the generation of multi‐patch parametric surface meshes with controlled sizing gradation is presented. Such gradation is obtained performing a correction on the size values located on the vertices of the background mesh used to define the control space that governs the meshing process.In ...
PIPPA, STEFANO, CALIGIANA, GIANNI
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Structural Concrete, 2023
AbstractAs environmental impacts of materials in concrete construction have been an aspect that has been focused on lately, pervious concrete has been implemented widely around the world. Recently, as a reflection of this trend, research and application of pervious concrete have been multiplied.
Demet Yavuz, Şemsi Yazıcı
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AbstractAs environmental impacts of materials in concrete construction have been an aspect that has been focused on lately, pervious concrete has been implemented widely around the world. Recently, as a reflection of this trend, research and application of pervious concrete have been multiplied.
Demet Yavuz, Şemsi Yazıcı
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Controlling gradation of surface strains and nanostructuring by large-strain machining
Scripta Materialia, 2009Direct measurement of the deformation field associated with the creation of a machined surface shows that the strains in the surface and chip are large and essentially equal. This is supported by microstructure and hardness data. By interpreting these results in the framework of an upper bound model for the deformation, control of severe plastic ...
R. Calistes +6 more
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