Explorations of Tessellated forms for Architectural Application Dissertation

Explorations of Tessellated forms for Architectural Application - Dissertation Example Trends in the Australian housing market are discussed, with connections drawn to emerging technologies as a means of expediting architecture and the mechanical process of construction. The principles of tessellation and 3-D printing will be discussed with proposed applications for architectural usage, as well as a discussion on the ramifications for the construction market. Table of Contents Introduction †¦p. 4 Literature Review †¦ p. 7 Conclusion †¦..p. 20 References †¦ p. 22 Introduction Architecture is among the principal forms of cultural expression available to any society, and represents a vital synthesis between technology, aesthetics, and the way in which a society perceives itself. Part of this perception is dependent upon the ability to adapt to modern technological realities and adapting to them accordingly. This investigation includes two new technological dimensions applied to theories of architecture to provide a new predictive element for the future growth of the design and construction principles inherent in architecture. The design principles upon which the urban landscape depends touch every aspect of modern life, from the aesthetics involved in fashion or jewelry, to the functional tools developed for mechanical or surgical work, similar design elements and technological solutions are applied which can inform urban design and architectural theories that shake our living societies. Design, architecture, and art in general form and intersect that will be informed by new advances described during the course of this analysis to create potential for a new dimension of design techniques applicable not only in architecture, but throughout a wide range of disciplines. This study will explore a possible future of architecture made available through the adaptation of two relatively novel scientific concepts: 3-D printing and tessellation. In a broad sense, the theories of tessellation will be explored at length, combined with the ne w potentials inherent in 3-D printing, which will be explored as a functional mechanism. The theoretical principles of tessellation are applicable to the technology of 3-D printing, and this investigation will explore possible developments of this design system for use in architecture. In terms of current trends in Australian architecture, it is necessary to remain cognizant of the aftereffects of the recent global financial crisis, however these international financial issues have affected Australia somewhat less than other countries. Regardless, it is inevitable that an interconnected global economy will still impact every advanced economy. Markets affecting new buildings and home design are nonetheless influenced by international issues, and as a result demand exists for structural flexibility as well as quality (Zenere, 2013). A trend towards increased flexibility underscores the need for a revision of old assumptions, and an adaptation of new technologies to meet the diversity of human needs with a greater range of options than in the past. Renewed interest in a flexibility of options will create a demand for novelty in terms of architectural design options, as old standards are revised to make way for the new economy. In addition to flexibility there is a demand for uniqueness within the reasonable boundaries of domestic comfort. Zenere (2013) describes a modern Australian home market where customers are interested in airy spaces with ample illumination and adaptability in terms of its overall design, in order to accommodate flexible living conditions. The modern economic circumstances prevailing throughout much of the industrialized world creates a social dynamic which