Architectural Engineering Commons^™

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 …

Transfused Architecture: Ascent Of A Developing World, Sandy Ferrier

Bachelor of Architecture Theses - 5th Year

Because there is a lack of adequate health care facilities in developing countries, there is a substantial amount of unrealized, optimal health gains and effective, architectural interventions which are not fully realized. With 80% of its population living below the world poverty line, Haiti is one of the poorest countries in the Western hemisphere. The United Nations Development Program’s 2014 report shows the extents of poverty at 75% mainly in the rural areas of Haiti. Only 25% of households benefit from adequate sanitation, thus people become more susceptible to infections and diseases. Reoccurring natural catastrophes have also dented the country's …

A Case Study On The Design Of Safe Spaces In Hospitals Vulnerable To Tornadoes In Central Us, Lucy Owusua Ampaw-Asiedu

Durham School of Architectural Engineering and Construction: Dissertations, Theses, and Student Research

In the wake of recent disasters happening around the world such as the earthquake in Italy (January 2017); hurricanes in the United States (U.S.) (September 2016 and 2017); and compounding disasters in Haiti (September 2010 and 2016); to our best knowledge, never has the world seen the need to work on preemptive rather than reactionary measures to address this issue. Tornadoes are natural hazards that commonly occur in mid-western and central states of the U.S. Tornadoes, like all natural hazards, are very destructive and result in massive destruction to building structures, causing billions of dollars in damage and claim many …

Solar And Rain Catching Canopy. Urban Oasis, Afolabi Ibitoye, Langston Clark, Elena Zimareva, Evan Banks, Alexander Aptekar

Publications and Research

The Urban Oasis is designed to work within existing “pocket parks” in New York City as a combined rainwater collector, personal electronics charging station and resting designation for New Yorkers. Intended to not only lessen the demand on the city power grid by using renewable energy to charge devices, the urban oasis is also intended to mitigate grey water overfill in New York’s combined sewer system and, in general, serve as a model for responsible environmental stewardship in urban areas.

The important technical aspects of the canopy specifically analyzed were:

a) how much rainwater could the canopy be expected to …

Hands-On Activities To Increase Student Engagement In Undergraduate Structural Dynamics Course, Chad D. Facciolo, Anahid A. Behrouzi

Architectural Engineering

This report documents the design and implementation of several physical models and hands-on lab activities incorporated in an undergraduate structural dynamics lecture and laboratory course pairing offered at California Polytechnic State University, San Luis Obispo in the Architectural Engineering department during the Winter 2018 quarter. In previous quarters, the laboratory course has lacked opportunities for students to conduct their own physical experiments and has consisted primarily of MATLAB programming activities. Efforts to illustrate the dynamic behavior of various structures have primarily involved instructor demonstrations or online videos.

The addition of physical models in the Winter 2018 offering promotes an engaging …

Development Of A Model To Predict The Likelihood Of Complaints Due To Assorted Tone-In-Noise Combinations, Joonhee Lee, Lily M. Wang

Durham School of Architectural Engineering and Construction: Faculty Publications

This paper develops a model to predict if listeners would be likely to complain due to annoyance when exposed to a certain noise signal with a prominent tone, such as those commonly produced by heating, ventilation, and air-conditioning systems. Twenty participants completed digit span tasks while exposed in a controlled lab to noise signals with differing levels of tones, ranging from 125 to 1000 Hz, and overall loudness. After completing the digit span tasks under each noise signal, from which task accuracy and speed of completion were captured, subjects were asked to rate level of annoyance and indicate the likelihood …

Comparative Study: Reducing Cost To Manage Accessibility With Existing Data, Claire Chu, Bill Kerneckel, Eric C. Larson, Nathan Mowat, Christopher Woodard

SMU Data Science Review

“Project Sidewalk” is an existing research effort that focuses on mapping accessibility issues for handicapped persons to efficiently plan wheelchair and mobile scooter friendly routes around Washington D.C. As supporters of this project, we utilized the data “Project Sidewalk” collected and used it to confirm predictions about where problem sidewalks exist based on real estate and crime data. We present a study that identifies correlations found between accessibility data and crime and housing statistics in the Washington D.C. metropolitan area. We identify the key reasons for increased accessibility and the issues with the current infrastructure management system. After a thorough …

Effects Of Reverberation Conditions And Physical Versus Virtual Source Placement On Localization In Virtual Sound Environments, Anna Catton

Durham School of Architectural Engineering and Construction: Dissertations, Theses, and Student Research

Sound field synthesis systems vary in number and arrangement of loudspeakers and methods used to generate virtual sound environments to study human hearing perception. While previous work has evaluated the accuracy with which these systems physically reproduce room acoustic conditions, less is known on assessing subjective perception of those conditions, such as how well such systems preserve source localization. This work quantifies the accuracy and precision of perceived localization from a multi-channel sound field synthesis system at Boys Town National Research Hospital, which used 24 physical loudspeakers and vector-based amplitude panning to generate sound fields. Short bursts of broadband speech-shaped …

Portland Pub, Calvin Roth, Veronica Franco, Tunmi Da Silva, Eli Cordova

Architectural Engineering

No abstract provided.

Classical Molecular Dynamics Study For Defect Sink Behavior In Oxide Dispersed Strengthened Alloys, M. Mustafa Azeem, Zhongyu Li, Qingyu Wang, Qazi Muhammad Nouman Amjad, Muhammad Zubair, O. M.H. Ahmed

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Oxide Dispersed Strengthened (ODS) alloys are considered as a potential candidate for future generation reactors and can even be graded as better radiation resistant materials than the ones already in use. Molecular dynamics (MD) simulation study for defect sinks properties of ODS alloys have been investigated at 700K using LAMMPS (Atomic/Molecular massively parallel simulator software. SRIM (stopping range of ions in matter) code was used to see the approximate range of the ions and damage cascade profile. It has been observed that the oxide particle attracts vacancies/interstitials produced in the base matrix near the interface. The modeled structure looked amorphous …

Dermal Uptake Of Nicotine From Air And Clothing: Experimental Verification, G. Bekö, Glenn Morrison, C. J. Weschler, H. M. Koch, C. Pälmke, T. Salthammer, T. Schripp, A. Eftekhari, J. Toftum, G. Clausen

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

This study aims to elucidate in greater detail the dermal uptake of nicotine from air or from nicotine-exposed clothes, which was demonstrated recently in a preliminary study. Six non-smoking participants were exposed to gaseous nicotine (between 236 and 304 μg/m3) over 5 hours while breathing clean air through a hood. Four of the participants wore only shorts and 2 wore a set of clean clothes. One week later, 2 of the bare-skinned participants were again exposed in the chamber, but they showered immediately after exposure instead of the following morning. The 2 participants who wore clean clothes on week 1 …

Procunier Remodel Project, Chris Chinn, Jeret Buerger, Brooke Lipsey

Architectural Engineering

The Procunier Remodel Project report summarizes the preconstruction process for a single-family home remodel in the city of Walnut Creek. Key aspects of the report involve architectural design, structural design, interaction with the city, and interaction with the client.

Transcend: A Thin-Shell Japanese Onsen Experience, James Douglas Blanchard, Nicholas Michael Horaney, Hunter Thomas Mosier, Lillian Cao, Cory Peterman

Architectural Engineering

This project is an interdisciplinary architectural design of a funicular Japanese onsen utilizing the compressive strength of thin-shell concrete. A section of this project was also built to scale on the Cal Poly campus in the Architectural Engineering department's High Bay facility. This project was designed utilizing Rhinoceros and analyzed using SAP 2000 19.

Portland Pacific, Hunter David Caldwell, Kelly Louise Clancy, Kevin T. Khieu, Shaina Pak Kim, George Suarez

Architectural Engineering

Interdisciplinary senior project by Hunter Caldwell, Kelly Clancy, Kevin Theodore Khieu, Shaina Kim, and George Suarez. Project involves architectural design, engineering analysis, and construction of a thin-shelled concrete structure.

Transcend Onsen - Hakone, Japan, Nicholas Michael Horaney, James Blanchard, Lillian Cao, Cory Peterman, Hunter Mosier

Architectural Engineering

No abstract provided.

Shellular Skate Park, David Henry Nunez, Zachary Thomas Price, Erika Justeen Meller, Munenari Rodriguez Hirata

Architectural Engineering

No abstract provided.

Performance Control Of A Spray Passive Down-Draft Evaporative Cooling System, Daeho Kang, Richard K. Strand

Publications and Research

A spray passive down-draft evaporative cooling system has been regarded as a low-energy cooling system that leads significant energy savings in the cooling of buildings. While the energy saving capability of the system has been proven, the ability to control a comfortable indoor environment is still inadequate due to strong climatic dependency. This study seeks viable solutions to advance the control competence of the system by mitigating critical problems of the system to be a reliable cooling application in the cooling of buildings. It proposes potential control strategies for the system and alternative operations. It develops a control algorithm for …

Respirable Dust Monitoring In Construction Sites And Visualization In Building Information Modeling Using Real-Time Sensor Data, Nour Smaoui, Kyungki Kim, Omprakash Gnawali, Young-Joo Lee, Wonho Suh

Durham School of Architectural Engineering and Construction: Faculty Publications

Construction activities, involving cutting, drilling, and grinding of materials, often produce toxic respirable dust that can cause fatal diseases and illnesses. To protect workers from breathing excessive amounts of respirable dust at job sites, superintendents should continuously monitor the level of respirable dust in workspaces and make timely interventions for overexposed workers. However, current practices of respirable dust monitoring have critical drawbacks, and superintendents cannot accurately estimate workers’ exposures to respirable dust or make prompt decisions to protect the workers. Therefore, there is a need for real-time air dust monitoring that can be deployed ubiquitously at a construction site and …