This essay by Nikolas Patsavos and Yannis Zavoleas, present working collaboratively on the role and nature of architecture theory in the discipline of architecture, gathered in Chania in the summer of 2010, in order to focus on the collateral relations between digital/material and depth/surface.
This article that guest-edited by Rivka Oxman and Robert Oxman, announces a new order in design and construction.
This article by Ajla Aksamija, John Haymaker and Abbas Aminmansour, explores interdisciplinary approaches that address advanced materials, building technologies, environmental and energy concerns, computational design, automation in construction and design delivery methods.
This thesis by Constantin Spiridonidis and Maria Voyatzaki, present the meaning of innovation in architecture. All architectural development in time is based upon the critical questioning of some aspects of the preexistent and established formal expressions and of their underlying values and principles. There can be no architectural creation without overcoming the existent, without remodeling, reorganizing or reconstructing, to a certain extent, the established; that is to say, there is no architecture without innovation.
This thesis by Sabin -Cristian ȘERBAN, will examine in what manner and to what degree do two specific instances of the concept of language overlap in this digital age of architectural production: the artificial and perfectly logical machine-language, and the language of architectural form.
This thesis by Elizaveta D Edemskaya, explores the advantages and shortcomings of standardized and non-standardized design and construction techniques relating to architectural double-curvature metal frame constructions through a discussion of some examples from the pre- and post-computational eras.
This thesis by Neal Panchuk, represents an investigation into biomimicry and includes the development of a design method based on biomimetic principles that is applied to the design of curved building surfaces whose derived integral structure lends itself to ease of manufacture and construction.
This thesis by Wael Salah Mansour Abdelrahman, investigates an architectural design Methodology based on a “Modeling–Simulation–Optimization” framework to control the thermal performance of the building envelope.
The main aim of this research by Asmaa Gamal Abdellfattah Elsayed Hassan, is to define the effectiveness of both parametric design and Genetic Algorithms approaches for assessing various solar screens’ parameters and to optimize screen configurations that improve both indoor daylight quality and thermal performance while providing minimum energy consumption.
In this thesis by Ardavan Bidgoli, he has investigated the architectural robotics opportunities by reviewing its design space and characteristics in academia and practice.
This thesis by Hauwa Olabisi Yusuf, focuses on the evolving nature and concepts of digital- computational designs and attempts to elucidate the impacts on the architectural design process.
The purpose of this thesis by Reguina Chakirova, is to explore the future role of architecture in the fabrication of dwellings and the future shape of the city as it transforms to accommodate autonomy.
This thesis by Patrik Schumacher, tries to appraise how, in recent years, our discipline’s problem solving capacity has been advanced, and might be further advanced, through the advancement of its geometric resources.
This thesis by David M.Sperling and Pablo C.Herrera, responds to the need to grasp more widely the Latin American digital fabrication context linked to the field of architecture.
This thesis by Carmo Gonçalves Machado Cardoso, intends to develop a combination of parametric design, analysis tools and optimization algorithms in order to find an optimal design solution, based on a specific architectural design as a conceptual basis.
This thesis by Sofia Teixeira de Vasconcelos Feist, propose A-BIM as an algorithmic approach to BIM that can offer great benefits to architectural design.
This thesis by Jamil Majed Jamil Alkhayyat, aims to create a framework that provides strategy for designing adaptive kinetic patterns within the digital modelling phase that implemented by parametric and generative design tools, for making changes in the spatial quality response of the building, in order to enhance environmental performance through daylighting passive design.
Transforming ﬂat sheets into three-dimensional structures has emerged as an exciting manufacturing paradigm on a broad range of length scales. Among other advantages, this technique permits the use of functionality-inducing planar processes on ﬂat starting materials, which after shape-shifting, result in a unique combination of macro-scale geometry and surface topography.
This thesis by Marian Azmy Nessim, s took a new approach in handling the global warming problem by learning from nature or through studying biomimicry and trying to translate it to architectural elements.
This thesis by Noémi Friedman, presents an extensive review on different transformable systems used in architecture and civil engineering is given.
This thesis by Tatiana Chichugova, proposing a module design driven form the analysis of natural biological
This thesis by Calvin Fung, through a series of experiments and design explorations, revealed how granular material can become a useful model for thinking, creating, and practicing architecture.
This thesis by Diego Fernando Andrade, presents research in a new computational framework for the automatic generation of geometric feature patterns for industrial design and architectural facades on free-form surfaces.
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