Architectural Engineering Commons^™

The Built Environment, Nicholas J. Petrarca, Aaron Boucher, Nathaniel Hall, Alejandro Lopez, Nicholas Reindel, Emily Setoudeh, Sean Westpahl, Lacy Williams

Architectural Engineering

This project was a very fast paced and high pressure design project where Architectural Engineering students and an architect worked with an noteworthy artist to design and construct a large steel sculpture made purely from recycled materials.

Broad Street Plaza, Madison Lynn Busby, Jenny Nguyen

Architectural Engineering

No abstract provided.

Broad Street Apartments, Carla Alejandra Simental, Viviana C. Sanchez

Architectural Engineering

No abstract provided.

Cal Wave - Ocean Wave Energy And The Land Base Infrastructure, Kylin Vail

Architectural Engineering

No abstract provided.

Experimental Building Demonstration Model With Viscous Fluid Dampers, Blake Thomas Reeve, Brianna Jean Kufa, Aden Malek Stepanians, Sophie Carmion Ratkovich

Architectural Engineering

The Architectural Engineering major places a heavy emphasis on structural dynamics and the role of wind and seismic loading in building analysis and design. Buildings of high importance that are critical to community function, such as hospitals, often utilize supplemental damping devices like supplemental viscous fluid dampers or base isolators to reduce the overall demands on the structural system. The design and analysis of these dampers are typically not taught at the undergraduate level, and is frequently performed by mechanical engineers, in lieu of structural engineers.

To better understand and research building behavior with supplemental damping devices, our multi-disciplinary team …

2115 Broad Mixed Use Site Development, Garrett Finkelstein, Peter Inman

Architectural Engineering

No abstract provided.

2115 Broad, Nick A. Gasparini, Norberto Larios

Architectural Engineering

No abstract provided.

The H.I.L.: South Broad Street Mixed-Use Co-Housing Community, Kaele Snapp, Ashley Simoniak

Architectural Engineering

A|K Designs is an interdisciplinary student team that consists of an Architecture student and an Architectural Engineering student from California Polytechnic State University, San Luis Obispo. We are proud to present to you our design of The H.I.L.: South Broad Street Mixed-Use Co-Housing Community.

Case Study: Epoch Estate Wines Production Facility, Kevin Christopher Marx

Architectural Engineering

The project will be a case study performed on Epoch Estate Wines Production Facility in Templeton California. The building is a cut and cover project which was designed to hug the existing oak trees on site. The building serves as a capstone to the Architectural Engineering curriculum because it seamlessly combines the four main structural building materials: steel, concrete, masonry and timber, while also including every lateral force resisting system into one succinct project. During the design of the project, meetings with the architecture of record and client representative occurred where discussion about design procedure and client’s needs took place. …

Broad And Branch Mixed Use Development, Angelica Quach K. Quach, Jorge Neve

Architectural Engineering

No abstract provided.

Modification Of Upper-Ocean Temperature Structure By Subsurface Mixing In The Presence Of Strong Salinity Stratification, Emily L. Shroyer, Daniel L. Rudnick, J. Thomas Farrar, Byungho Lim, S. Karan Venayagamoorthy, Louis C.St Laurent, Amrapalli Garanaik, James N. Moum

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

The Bay of Bengal has a complex upper-ocean temperature and salinity structure that is, in places, characterized by strong salinity stratification and multiple inversions in temperature. Here, two short time series from continuously profiling floats, equipped with microstructure sensors to measure subsurface mixing, are used to highlight implications of complex hydrography on upper-ocean heat content and the evolution of sea surface temperature. Weak mixing coupled with the existence of subsurface warm layers suggest the potential for storage of heat below the surface mixed layer over relatively long-time scales. On the diurnal time scale, these data demonstrate the competing effects of …

Cooperative Housing Design:Exploring Alternative Forms Of Habitation And Pedagogy, Jim Roche

Conference papers

Provision of suitable affordable habitation for all seems to allude society, not least in Ireland which experiences yet another crippling housing crisis. Housing bubbles, which often ruin economies, lead to housing crises which ruin so many lives. Options for habitation delivery are mostly based on the free market, whether they be in the private or the now almost non-existent social and affordable sector. The prevailing procurement methods fail to meet such a basic human need yet alternative options are limited and are not encouraged by government or the private sector.

A Survey Of Student Interest In Construction Management Students’ Involvement In Design Village Competition, Candace Nicole Stephens

Construction Management

Included in this paper are the results of two surveys that were designed to assess student interest in Construction Management students’ participation in the annual Design Village Competition hosted by Cal Poly every spring. Sixty-five Architecture and Architectural Engineering, and thirty Construction Management undergraduate students completed these surveys at the College of Architecture and Environmental Design (CAED), Cal Poly San Luis Obispo. The overall student interest level in both groups was majority positive. To delve deeper into potential benefits and obstacles on this subject, along with quantitative data from the surveys, there is also qualitative data from faculty member interviews, …

Cement Hydration-Based Micromechanics Modeling Of The Time-Dependent Small-Strain Stiffness Of Fly Ash-Stabilized Soils, Xin Kang, Louis Ge, Wen Cheng Liao

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

A contact mechanics model, based on the Hertzian elastic contact theory and cementation coating development at particulate scale, was established to predict the time-dependent small-strain stiffness of Class C fly ash-stabilized soils during curing. The cementation coating development model was developed at particulate level based on the Arrhenius law to predict the contact radius growth. A hyperbolic time-temperature relationship was proposed to capture the temperature change of fly ash-stabilized soils and links the pozzolanic reaction rate with curing time. Model-predicted small-strain stiffness was evaluated through both published and experimental test results with good success. The micromechanics modeling indicated that the …

Benefit-Cost Analysis Of Commercially Available Activated Carbon Filters For Indoor Ozone Removal In Single-Family Homes, J. R. Aldred, E. Darling, G. Morrison, J. Siegel, R. L. Corsi

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

This study involved the development of a model for evaluating the potential costs and benefits of ozone control by activated carbon filtration in single-family homes. The modeling effort included the prediction of indoor ozone with and without activated carbon filtration in the HVAC system. As one application, the model was used to predict benefit-to-cost ratios for single-family homes in 12 American cities in five different climate zones. Health benefits were evaluated using disability-adjusted life-years and included city-specific age demographics for each simulation. Costs of commercially available activated carbon filters included capital cost differences when compared to conventional HVAC filters of …

A New Take On Testing: Evaluating Design Systems In Response To The Recent Natural Disaster In Nepal, Jazmine L. Brown

Creative Activity and Research Day - CARD

In this thesis project I analyze the destruction of the 2015 earthquake in Nepal, specifically in the structural and architectural collapse. I have focused my research on the areas with greatest documented destruction and vulnerability, specifically Kathmandu and the settlements in the Middle Hills. The introduction of a new lateral testing mechanism can provided much needed information on the seismic strengths of vernacular construction methods.

Effect Of The Inherent Eccentricity In Single-Lap Direct-Shear Tests Of Pbo Frcm-Concrete Joints, Tommaso D'Antino, Lesley Sneed, Christian Carloni, Carlo Pellegrino

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Investigation of the bond between fiber reinforced composites and the substrates onto which they are applied is of critical importance to understand their failure mechanisms. The bond behavior can be studied using different experimental test set-ups; the most commonly used are the single-lap and double-lap direct-shear tests. Although single-lap shear tests are simpler to carry out than double-lap shear tests, the presence of an eccentricity between the pulling and restraining forces leads to a mixed mode fracture process at the interface, which may influence the results. This study investigates the eccentricity effect on the bond behavior of fiber reinforced cementitious …

Glaze Station Expansion And Building, Nicholas M. Hunt, Seth J. Green

Celebration of Student Scholarship Poster Sessions Archive

No abstract provided.

Multidimensional Dialogue Through Architecture | An Exploration Of The Possible Dialogue Between Humans And Walls, Fengqi Li

Architecture Senior Theses

This thesis proposes that architectural design no longer has to be primarily static, but rather it can be dynamically responsive to multiple information streams and conditions.

Multidimensional Dialogue Through Architecture is developed from the understanding of human factors and ergonomics. The dispersed works on research and inference are different ways to explore the interaction between the discipline of architecture and the other fields, such as psychology, engineering, bio-mechanics, physiology, cognitive science, and anthropomorphic. Therefore, the purpose of this thesis is not to design a specific building that works perfectly in particular conditions but rather to use architectural elements to mediate …

The Renaissance Of The Railway | Towards A Global High-Speed System, Xiaoyu Li

Architecture Senior Theses

The railway has shown its unique character as a mode of transportation since its invention in Europe during the Industrial Revolution. In the beginning, its carrying capacity made it stand out, transforming human behavior, and stimulating economic productivity. During the 20th century, air travel, the railways, and long-distance road networks have shared the burden of human transportation - in many countries the car and plane have won out. In recent decade, however, new interest in the railway's potential has been generated as a result of the emergence of new technologies like high-speed rail and the maglev system. Greater speeds are …