Architecture Commons^™

Revealing Bluff-Body Aerodynamics On Low-Rise Buildings Under Tornadic Winds Using Numerical Laboratory Tornado Simulator, Ryan Honerkamp, Guirong Grace Yan, John Van De Lindt

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Tornadoes result in death and property loss in communities around the world. To quantify the actions of tornadoes on civil structures, researchers have built physical laboratory tornado simulators to simulate tornadoes in the lab environment and tested building models in the simulated tornadic wind field, which is similar to wind tunnel testing when quantifying the wind effects induced by straight-line winds. Unfortunately, physical tornado simulators are much less common than straight-line wind tunnels, leading to the lack of research on bluff-body aerodynamics on civil structures under tornadic winds. Considering that it is expensive to conduct experimental testing in physical tornado …

A Practitioner’S Guide To Small Unmanned Aerial Systems For Bridge Inspection, Sattar Dorafshan, Robert J. Thomas, Calvin Coopmans, Marc Maguire

Durham School of Architectural Engineering and Construction: Faculty Publications

Small unmanned aerial system(s) (sUAS) are rapidly emerging as a practical means of performing bridge inspections. Under the right condition, sUAS assisted inspections can be safer, faster, and less costly than manned inspections. Many Departments of Transportation in the United States are in the early stages of adopting this emerging technology. However, definitive guidelines for the selection of equipment for various types of bridge inspections or for the possible challenges during sUAS assisted inspections are absent. Given the large investments of time and capital associated with deploying a sUAS assisted bridge inspection program, a synthesis of authors experiences will be …

Innie/Outie | Renegotiating Figure And Structure, Maxwell Rosner

Architecture Senior Theses

This thesis contends that in order to sustain its claim to be socially progressive and accessible enterprise, the discipline of architecture must resist the divorce of figure and structure.

Innie/Outie considers Architecture as a simultaneously typological and teleological proposition. Architects exploit typology as a means of classifying, diagramming, and ultimately flattening and iconicizing ideas about Architecture so as to place them within a broader cultural context, thereby making them intellectually accessible to their audiences. By contrast, architects from the advent of Modernism onwards have displayed a critical preoccupation with the discipline’s teleological potential, the creation of form that follows function …

The Space Between The Notes: Reflections On A Collaborative Student Project On The Work Of Irish Engineer Peter Rice, Jim Roche

Conference papers

Abstract

This paper is a reflection on a collaborative pedagogic process at the Dublin School of Architecture (DSA), Technological University Dublin, on aspects of the work of Irish engineer Peter Rice (1935–92) who, in his short life, combined contemporary tools of computer-analysis and mathematics with a careful sensibility for materials, natural light and structure. He collaborated with many famous architectural practices on what have now become iconic works of architecture such as the Sydney Opera House, the Centre Pompidou, Lloyds of London and Kansai Airport. The collaborative project on his work was undertaken at DSA in the fall semester of …

Interactive Pavillions: Responsive Transformation Of Structure Systems, Xiangru Chen

Architecture Thesis Prep

With the personal interest in tectonic design and kinetic structure arts. This study is aimed to explore the application of interactive technology in the transformation of the structure system in a tectonic architecture design--- to cross the gap between static tectonic design and kinetic structure in small scale. The responsive pavilion will sense and respond to the verification of gravity loads (for occupancy detection) and lights (for solar energy), with the spatial transformation of the entire structure system. As a result, the form of the architecture will follow the function. The responsive pavilion will spatially respond to the varied occupancy …