Architecture Commons^™

The Evaluation Of Current Wall-To-Roof Anchorage Force Provisions For Single-Story Concrete And Masonry Buildings With Lightweight Flexible Diaphragms, John Lawson, Maria Koliou, Andre Filiatrault, Dominic Kelly

Architectural Engineering

Along the seismically active west coast of the United States (US), heavy concrete and masonry walled buildings with lightweight wood or steel flexible roof diaphragms are commonplace and have grown in size over the years. The current force levels found in ASCE’s Minimum Design Loads and Associated Criteria for Buildings and Other Structures (ASCE 7-16) for designing the out-of-plane wall anchorage system in these buildings is the result from a series of California earthquakes, causing a series of structural failures and subsequently revisions to the Uniform Building Code (UBC). This trial-and-error approach is the basis for current wall anchorage code …

The Adoption Of A Design Build Approach In Retrofit Projects – A Descriptive Case Study, Lloyd Scott

Conference papers

The delivery Design Build projects across the built environment in Ireland has begun to take significant shape. There are many examples of the traditional are moving towards more collaborative practices. There exists support for the integration of a design build project approach in the retrofit realm where designer, client and developer can work collaboratively. As with the regular design build process the intent behind this collaborative approach is to encourage those associated with the built environment to consider how retrofit design and construction can contribute positively to addressing elements of climate change and the design build process. The opportunity to …

Exploratory Study Into Sustainability Expertise In The Irish Architecture, Engineering And Construction (Aec) Sector, Lloyd Scott, Emmanuella Asantewaa Twumasi

Conference papers

The Architecture, Engineering and Construction (AEC) sector is a rich environment, involving the use of expertise at various levels with much intensity and in unique situations. In the attainment of sustainable construction, construction sustainability performance is indispensable. The participants implementing sustainable construction practices are key to a sustainable construction sector. This study seeks to understand the level of sustainability expertise in the Irish AEC sector which is part of an ongoing research at the Technological University of Dublin, within the School of Surveying and Construction Management. The early explorative phase of this research involves getting a depth of understanding as …

An Introduction To Deep Learning, Maria Pantoja, Anahid A. Behrouzi, Drazen Fabris

Architectural Engineering

Deep learning (DL) is currently being researched and implemented to solve civil engineering related problems, including autonomous inspection and inventory of civil infrastructure projects. The article introduces DL, specifically a convolutional neural network and the supervised learning process used to train a model that will enable professional structural engineers to automatically detect types of earthquake damage.

Revisiting Earthquake Lessons: Wall Anchorage To Flexible Diaphragms, John W. Lawson

Architectural Engineering

In the 1971 San Fernando earthquake, large numbers of concrete tilt-up warehouse buildings had partial roof collapses as perimeter walls separated from the roof. The culprit was a design flaw that relied upon wood ledgers in cross-grain tension/bending for anchorage of the wall to the roof diaphragm. In the 1984 Morgan Hill and 1989 Loma Prieta earthquakes, instrumented tilt-up buildings indicated that past code-level anchorage forces were too low; and in the 1994 Northridge earthquake it was observed that anchorage systems had insufficient ductility and overstrength to resist the high force demands.

A Framework For Estimating Immediate Interdependent Functionality Reduction Of A Steel Hospital Following A Seismic Event, Emad M. Hassan, Hussam Mahmoud

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Functionality of an infrastructure is its ability to provide its intended services. Maintaining an acceptable level of infrastructure functionality, particularly for critical infrastructure, following an extreme event is vital for effective community recovery. Estimating functionality depends on proper quantification of losses, which requires accurate assessment of infrastructure damage. The damage is presented in the form of fragility functions that are generally developed using nonlinear finite element analysis. To date, no study has been conducted to assess the effect of modeling approach on seismic fragilities of an infrastructure, the associated losses, and functionality reduction. In addition, existing frameworks for estimating functionality …

My Catalyst, Gabrielle Gambino Lyon

Celebration of Learning

Over the course of my internship and shadow program with Pepper Lawson Construction and Ziegler Cooper Architects, I was able to explore the various career paths involved in the design, construction, and civil engineering fields. My work on the construction site of a high-rise apartment building located in the heart of Houston, TX allowed me first-hand experience working and learning alongside project engineers, contractors, building developers, and the construction team.

This project was the perfect confluence of my main areas of interest: structural, mechanical, civil, and environmental engineering, as well as architecture. My daily work consisted of on-site walk throughs, …

Molecular Dynamics Simulation Study On The Possible Factors Affecting Stability Of Ods Steel, M. Mustafa Azeem, Zhongyu Li, Qingyu Wang, Abid Hussian

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Oxide-dispersed-strengthened (ODS) steel has excellent mechanical, thermodynamic and radiation resistant properties, which makes it an important candidate material for high-Temperature reactors applications. Radiation stability of oxide is very important to study at the atomic level. In present case molecular dynamics (MD) simulation is used to study stabilities of Y₂O₃ particles in ODS steel as a function of particle sizes. The size dependence is obvious for particle sizes larger than 2.8 nm. Furthermore, the stabilities depend on charges of Y and O atoms.

Celebrating 20 Years Of The Exceed Teaching Workshop, Allen C. Estes, Stephen J. Ressler, Camilla M. Saviz, Brock E. Barry, Carol L. Considine, Dion Coward, Norman D. Dennis Jr., Scott R. Hamilton, David S. Hurwitz, Tanya Kunberger, Thomas A. Lenox, Tonya Lynn Nilsson, Leslie Nolen, James J. O'Brien Jr., Robert James O'Neill, David A. Saftner, Kelly Salyards, Ronald W. Welch

Architectural Engineering

In response to the clear need for faculty training, the American Society of Civil Engineers (ASCE) developed and funded Project ExCEEd (Excellence in Civil Engineering Education) which is celebrating its twentieth year of existence. For the past two decades, 38 ExCEEd Teaching Workshops (ETW) have been held at six different universities. The program has 910 graduates from over 267 different U.S. and international colleges and universities. The ExCEEd effort has transformed from one that relied on the grass roots support of its participants to one that is supported and embraced by department heads and deans. This paper summarizes the history …

Adjusting To The New Abet Criteria 3 And 5: It’S Really Not Very Hard, Allen C. Estes, Peter Laursen, Pamalee A. Brady

Architectural Engineering

ABET has revised the criteria 3 (Student Outcomes) and 5 (Curriculum) of the general criteria. These changes have made it through the rigorous approval process and will be effective for the 2019-20 academic year. This paper analyzes the differences between the existing criteria and the proposed changes. Through a specific detailed example, the paper illustrates how an existing assessment system can seamlessly be adjusted for the new criteria. Most of the embedded indicators and direct measures of attainment can still be used. The results simply need to be organized differently.

Seismic Performance Of Slender C-Shaped Walls Subjected To Unii- And Bi-Directional Loading, Anahid A. Behrouzi, A. Mock, D. Lehman, L. Lowes, D. Kuchma

Architectural Engineering

Reinforced concrete structural walls are common as the primary lateral load resisting system in modern mid- and high-rise buildings constructed in seismic regions, yet few research programs have investigated the seismic performance of modern, slender walls with nonplanar cross-sectional geometries. Three large-scale, C-shaped wall specimens, designed per ACI 318-08, were tested under uni- and bi-directional loading at the University of Illinois at Urbana-Champaign (UIUC). This paper presents experimental results including the cyclic load-deformation response and measured versus nominal flexural/shear strengths as well as a description of damage sequence. Final failure occurs due to a flexure-tension failure of boundary elements where …

Deep Learning For Automated Image Classification Of Seismic Damage To Built Infrastructure, B. Patterson, G. Leone, Maria Pantoja, Anahid A. Behrouzi

Architectural Engineering

The amount of structural damage image data produced in the aftermath of an earthquake can be staggering. It is challenging for a few human volunteers to efficiently filter and tag these images with meaningful damage information. The proposed solution is to automate post-earthquake reconnaissance image tagging activities by training a computer algorithm to classify each occurrence of damage per building material and structural member type. The approach is based on deep learning (DL), a subset of machine learning loosely based on the operation of a biologic neural system, which aims to learn and extract accurate representations from large data sets. …

Photo Tagging Tool For Rapid And Detailed Post-Earthquake Structural Damage Identification, Anahid A. Behrouzi, Maria Pantoja

Architectural Engineering

A significant task in earthquake reconnaissance is to conduct rapid and accurate assessments of damage to built infrastructure. This can be accomplished, in part, by analyzing the large volumes of high-resolution image data collected after a seismic event. However, detailed image tagging remains a task for trained human volunteers, which is both time-intensive and error prone. The authors developed a software tool to simplify and standardize the process of assigning damage and structure pairs to sub-regions of images. The goal of the tool is to facilitate the tagging of thousands of images from historic and recent earthquakes to train a …

Multidisciplinary Research Efforts In Post-Earthquake Civil Infrastructure Reconnaissance, Jack Bergquist, Anahid A. Behrouzi

Architectural Engineering

To address existing challenges with filtering and classification of post-earthquake structural damage images, the authors are engaged in a multidisciplinary project to develop and train a machine-learning algorithm that identifies relevant photographs and assigns damage tags to those images. The research team is predominantly comprised of undergraduate students and is led by a structural engineering and a computer science faculty. While machine-learning algorithms have been successfully used for image tagging in a variety of fields (health care, manufacturing, etc.), the extension of this approach for earthquake reconnaissance is only just beginning. As such, the creation and development of this tool …

Software Toolset To Enable Image Classification Of Earthquake Damage To Above-Ground Infrastructure, Anahid A. Behrouzi, Maria Pantoja

Architectural Engineering

A critical task after a significant earthquake is determining the extent of damage to infrastructure networks. The decision-making process to dispatch emergency, repair, and in-field reconnaissance teams depends on whether road/railways and bridges are passible. Another concern is the rapid identification and resolution of physical disruptions to large-volume gas and water pipeline systems. After large seismic events, citizens, amateur photographers, and journalists now post thousands of photographs to formal/social media platforms. In the past, these images would have had to be reviewed by trained volunteers or expert engineers to evaluate whether: road/rail ways were significantly impacted by ground fracture, heaving, …

City Cottage Education Center, Connor Michael Flora, Alex Paris Remiticado

Architectural Engineering

No abstract provided.

Innovating Concrete Shell Construction, Aron J. Tezveren-Johnson, Jiamin Chen, Kenneth Lee, Ireneidalys Mata, Garrett Parkinson

Architectural Engineering

Thin-shell concrete construction formwork in the modern era is complicated and expensive. With the use of a sophisticated soil formwork construction method, this process can be simple and cost-effective. This senior project explores a new construction method as well as the performance of a finished shell structure.

Poly Canyon Entryway Redesign, Antonio Emiliano Baldazo

Architectural Engineering

Persistence of Vision investigates the relationship between past, present, and future perceptions of place in the Poly Canyon area. Persistence of Vision takes up the Cal Poly mantra of “learn by doing,” and explores its pedagogical value by engaging with theory, design, engineering and implementation. This project is manifest in the form of a series of signs in the so-called “architectural graveyard” area; with an eye towards changing the name, perceptions, and narratives about this place. This project hopes to create a recognition within the minds of students that this place is, and was intended to be, a place for …

Asyv Women's Cooperative And Opportunity Center, Tia Justine Wright Deharpport, Tatyana Markovna Wohlfarth

Architectural Engineering

Journeyman International is a non-profit company that coordinates the design and construction of humanitarian projects between architecture, architectural engineering, and construction management students in order to build impactful projects in developing nations at a minimal cost. One of these projects is Kwitunga: a Women’s Cooperative and Opportunity Center in the Eastern Province of Rwanda. This project consists of four buildings that create a space for women to design, create, and sell clothing items, harvest tropical fruits, socialize, and provide a safe space for their children. The project team consists of four students from California Polytechnic State University in San Luis …

Structural Calculations For A Medical Clinic In The Dominican Republic With Mission Twentyfive35, Erica Marie Croft, Thomas H. Sidebottom

Architectural Engineering

Located in the northern region of the Dominican Republic, Rural Resilience is a clinic situated on a vocational campus in the rural town of Via Tapia. In collaboration with the Amoveo Group, Mission TwentyFive35 initiated the design and construction of this vocational campus to address the community’s limited access to healthcare and education, clean water, food, and the lack of vocational job training. Planned to be completed in several phases, this campus aims as a means to solve these shortcomings. This project provides the structural calculations and drawings for the clinic within Mission TwentyFive35’s campus. In coordination with the non …

Structural Analysis Of The High Bay Steel Reaction Frames, Jerry Hue Truong Luong, Garrett Michael Brown

Architectural Engineering

No abstract provided.

Poly Canyon Observation Deck, Sitora Vaxidova, Emir Kuljancic

Architectural Engineering

Poly Canyon Observation Platform is a proposed CM/ARCE interdisciplinary senior project with a goal of providing an observation point/rest stop for hikers and bikers. The platform has a shaded cover and seating area overlooking Poly Canyon for a rewarding experience after a long trek out to the lookout point.

Mt. Carmel Entrance Canopy, Kyle N. Chase, Ricardo Gustavson, Max Snook, Jiaming Liu

Architectural Engineering

The Mt Carmel Entrance Canopy project consists of the architectural and structural design of a new entrance canopy for the Mt Carmel Church. In addition it includes construction shop drawings and a break down of the construction process. Key aspects of the report include the architectural design, structural design, interaction with the client, interaction with manufactures, and the construction process.

Structural Design For School Administration Block In Zimbabwe, Serina Zepeda

Architectural Engineering

No abstract provided.

Heavy Timber Buckling-Restrained Brace Frame, Gideon Baum

Architectural Engineering

No abstract provided.

Modular House Restoration, Abby M. Lentz, Michael L. Blanchard

Architectural Engineering

The aim of this senior project is to help restore the vitality of Poly Canyon by continuing the renovation of the Modular House. The Modular house was originally built in 1969 as living quarters for caretakers of Poly Canyon. The two-story structure was built as a series of 8 foot (ft.) by 8 ft. wall, floor and ceiling frames in a 2x3 bay floor plan. The 8 ft squares were filled with 2 standard sized 4 ft. by 8 ft. plywood sheets. Since its original construction, triangular expansions have been added to the floor plan of the original layout. Also, …

Karambo Micro-Industrial Complex Structural Design, Sophia E. Abshire, Stella M. Bates

Architectural Engineering

The Karambo Micro-Industrial Complex consists of 3 buildings located approximately 3.5 m above and 50 m away from the Karambo River in the Rubavu District of Western Rwanda. Each building will be constructed of concrete framework, confined masonry walls and steel trusses. The purpose of these buildings will be to serve as a classroom, library, an dd industrial work space to empower the citizens of this village. The purpose of this project was to provide a complete structural design. In this report you will find a description of the project and structural design as well as a complete structural calculation …

Proposal For An Advanced Structural Elective Pertaining To Fire Protection, Avery James Kwong, Taylor Sanchez, Lindsey Macdonald, Alvaro Gonzalez

Architectural Engineering

ARCE 401 Fire Protection is a class that will finally give ARCE students an introduction to fire-resilience and its major importance in the structural and planning spheres. The class would have a structural emphasis along with interdisciplinary qualities, unlike the graduate classes offered in the CE and ME departments. ARCE 401 covers a broad spectrum of topics and is meant to bring ARCE students closer to a comprehensive understanding of the overall work environment.

Man Vs Car: The Ultimate Clash Designing A Safer Walking Experience For Las Vegas Pedestrians, Jenn Wong

Hospitality Design Graduate Student Capstones

The car has become a common weapon of choice for terrorists and others hoping to do harm to unsuspecting pedestrians. There is a pressing need for the development of effective, preventive design strategies to stop vehicular attacks before they cause pedestrian fatalities. Vehicular violence has broader consequences beyond the pedestrians directly involved in specific incidents. The fear created by vehicular attacks undermines public trust and unity, resulting in harm that is less obvious than the immediate casualties, but is just as damaging. Is it possible to design the fear away? Do street safety devices enhance pedestrians feelings of safety?

The Hutongs Blooming 08, L Khawn Din

Senior Honors Projects, 2010-2019

China’s rapid development has altered the city’s landscape on a massive scale, continually eroding the delicate urban tissue of old Beijing. Such dramatic changes have forced an aging architecture to rely on chaotic, spontaneous renovations to survive the ever-changing neighborhood. In addition, poor standards of hygiene have turned unique living space and potential thriving communities into a serious urban problem. Hutongs are gradually becoming the local inhabitants’ dumpster and the haven for the wealthy. The hutongs blooming 08, will be inserted into the urban fabric, structure like clouds, attracting new people, activities, and resources to reactivate entire neighborhoods. They exist …