Marios C. Phocas – författare

It covers topics such as shape and topology optimization, structural optimization, optimization in micro- and nano-mechanics, lifecycle design optimization and structural health monitoring, multidisciplinary and multiphysics design optimization, multiple criteria decision making and optimization.

This book gathers the latest advances, innovations, and applications in the field of optimization-driven architectural design, presented at the 2nd International Conference on Optimization Driven Architectural Design, held in Amman, Jordan, on October 1–4, 2024, jointly with conferences OPT-ii2024 and ADDOPTML2024. It covers topics such as optimization software, evolutionary algorithms & swarm optimization, robust design optimization & reliability based design optimization, optimization in micro- and nano-mechanics, multiscale & additive manufacturing, multidisciplinary and multiphysics design optimization, multiple criteria decision making and optimization, generative and parametric design, parallel and distributed computing in optimization. Written by leading researchers and engineers, and selected by means of a rigorous international peer-review process, the contributions highlight numerous exciting ideas that will spur novel research directions and foster multidisciplinary collaborations.

Together with his colleagues and students at the University of Cyprus, Phocas challenges traditional definitions of utopia by presenting us with analytical research and clearly delineated visions of some architectural futures, which defy easy description. Some may view the architecture-diploma projects in this book skeptically as fantastical or even as frightening visions of some technologically driven future, but they are anything but fantasy. They should be appreciated as a continuing creative search for the defining of what is the meaning in our 21st-century world of "utopia" and the role of architectural technology in expressing it. This search takes us beyond the traditional notions of utopia, which have historically been illustrated as overtly romantic, whimsical images along with a plethora of mechanistic formal architectural or architectonic proposals for utopian cities or communities. Some of these utopian visions, which were realized as isolated acts during the first half of the 20th century, in as socio-economically and culturally diverse places such as the United Kingdom, suburban North America or the Indian sub-continent proved to be, once inhabited, less than utopian. In studying the student proposals, one could argue that these architectural visions are derived from an evolution of human technology and an understanding of growth and adaptability in nature. For instance, some of the projects propose new "building blocks" which can be likened to the ancient technology of making bricks and the quarrying and shaping of stone which led to the development of masonry construction and an entire new architecture. Other proposals can be likened to the self-generating growth and renewal process of plant life. Like in nature, we see in the students work proposals for structural systems that grow vertically out of constructed or natural landscapes in a symbiotic relationship with the forces of gravity, wind and sun, while mining these primal forces to enable human habitation. Others appear as in natural growth, as expandable adaptable infrastructure systems intertwined with and serving existing conditions. And yet other proposals are developed as independent systems that are more au-tonomous in their form and function.