Thesis (M.A.)--Kent State University, 2008. / Title from PDF t.p. (viewed Nov. 10, 2009). Advisor: Noel Reifel. Includes bibliographical references (p. 6).

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The following is an examination of the ideas and decisions that went into an art exhibition held in gallery 303 of the Harris Fine Art Center February 1-13, 2013. The exhibition explores the relationships of the artwork, artist, viewer, and space. The catalyst for the above mentioned exploration is a process of making art using linoleum relief printing. The subject of the artwork is an in-depth examination of the material and printing process. It is my contention that such a close look at the art making process reveals the attitudes and decisions that we make with any human endeavor.

Thesis (MPhil (Visual Arts. Illustration))--University of Stellenbosch, 2009. / When dealing with emergent literacy in South Africa, the didactic aspects of picture books are often privileged over their aesthetic quality and the idea of reading for pleasure. The themes of the books are not always locally relevant and for economic reasons, they often fail to reach the communities that need them the most. By looking at the history of relief printing within a community environment, I hope to highlight how communities themselves may be able to develop locally relevant children’s picture books, instituting a ‘grassroots’ approach rather than the paternalistic ‘top down’ approach of the past. I will also be looking at the narrative and stylistic elements of relief printing that are complimentary to the picture book genre and how these can be utilised for a pleasurable rather than didactic approach to the narratives.

Diploma thesis has an aim to present to students of elementary school graphical methods of relief printing by method of methodological video, for better understanding and imagination of students. The theoretical part occupies with graphic, the fenomena, that accompanies us from prehistoric times. The thesis is going to present method of relief printing, its development and important authors of relief printing. It makes the students familiar with the most important graphic works in history and makes their analysis. It presents the most common subjects and social aspects of graphical production in the final part. The practical part elaborates technology of instructive video and following application for students of various age and its final marking their work. The conclusion of thesis create supplements of the practical part, examples of models and final works.

L’impression 2.5D est une technologie à mi-chemin entre l’impression couleur traditionnelle, à laquelle elle emprunte son procédé et la qualité de reproduction des couleurs, et l’impression 3D qui crée des reliefs et des formes. Par ses qualités visuelles, elle pourrait permettre la reproduction réaliste de multiples surfaces, mais un frein s’oppose à cette perspective : les encres brillent. En modulant la rugosité des surfaces imprimées à l'échelle du micromètre, en fréquence et en amplitude, nous avons réussi à réduire et contrôler le brillant des encres. Des stratégies d'impression différentes ont été proposées et étudiées pour diminuer l’effet scintillant et permettre l’impression d’une couche couleur mate : la création d'un espace à cinq dimensions dans lequel le brillant et la couleur sont modélisés aboutit à l'uniformisation des niveaux de brillant colorés. Les protocoles d'impression développés ont ensuite été appliqués à des cas concrets issus de la conservation – restauration du patrimoine. Plusieurs exemples distincts sont présentés, qui abordent un point particulier sur lequel l’impression 2.5D est pertinente: comblement de lacune, création de répliques réalistes, intérêt de l'aspect visuel mat pour la lisibilité des œuvres. / 2.5D printing is between traditional color printing, for the process and its visual quality, and 3D printing, which makes forms and reliefs by ink superposition. Because of its properties, 2.5D printing could allow the realistic reproduction of objects and surfaces, but inks are too glossy. To reduce and control this glossy aspect of inks, we modulate the roughness of the printed layers, at the micro-scale, both in frequency and amplitude. Influence of parameters was measured, and different strategies were suggested to reduce sparkle and to allow the creation of matte colored layers: by constituting a 5D space where gloss and color are modeled, we can make gloss level of colored surfaces uniform.Several case studies form the Conservation of Cultural Heritage were considered, where 2.5D printing could help the curator, the conservator or the archivist. We studied in particular the issues of the the gap filling on an archaeological object, the realistic reproduction of surfaces, and the creation of matte objects for readability.