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Implementation Of Fluid Viscous Damper For 2023 Eeri Seismic Design Competition, Dalton J. Muck, Payton S. Mcgee, Payton R. Filippin, Tynan Castro

Architectural Engineering

The authors of this report were a part of the 2023 Earthquake Engineering Research Institute (EERI) student chapter for California Polytechnic State University, San Luis Obispo (Cal Poly). With thirteen other team members, they traveled to San Francisco, CA to compete in the Seismic Design Competition (SDC) hosted by EERI. The team was tasked with preparing a written proposal, design and computer analysis of the structural system, construction of two physical models, as well as creation of a poster and a presentation for a proposed mid-rise building located in the competition host city. The goal of the design of Cal …

Floating Offshore Wind Turbine Project, Courtney Huitt, Cormack Williams

Civil and Environmental Engineering

Offshore wind is a developing industry in the Central Coast with the advent of the future offshore wind project planned off the north coast of San Luis Obispo County. This senior design project aligns with the recently leased wind energy project as a detailed study on the structural design, geotechnical design, and construction of a single 14 MW floating offshore wind turbine (FOWT) located 40 km NW of Morro Bay (NOAA buoy 46028). A preliminary design of a spar FOWT is presented in this project as a solution to the rapidly increasing water depth off the coast of Morro Bay, …

Solar Energy In Relation To Structural Engineering, Rachel Keith

Architectural Engineering

Solar power is increasingly popular among households around the world. However, many people may not understand how solar modules work, system design, factors that affect efficiency, or options for integrating a residential solar system with the existing power grid. This paper addresses all of these.

Analysis Of Phasing Seismic Retrofits: A Case Study, Sydney I. Lee

Construction Management

Building performance and safety have always been a high concern in seismic areas, especially as certain building configurations and designs have proven inadequate and dangerous in large earthquakes. Building failures due to earthquake forces are combated by local seismic ordinances, which describe the types of buildings at risk and mandate when they are required to be seismically retrofitted. This paper investigates the architecture, engineering, and construction (AEC) industry and the necessity of seismically retrofitting buildings, particularly soft story wood frame, non-ductile concrete, and welded steel moment frame structures. This case study focuses on the voluntary seismic retrofit of a high-rise …

A Comparative Study On Seismic Analysis Methods And The Response Of Systems With Classical And Nonclassical Damping, Noah G. Bleichner

Master's Theses

This thesis investigated the application of seismic analysis methods and the response of idealized shear frames subjected to seismic loading. To complete this research, a Design Basis Earthquake (DBE) for a project site in San Luis Obispo, CA, and five past earthquake records were considered. The DBE was produced per the American Society of Civil Engineers’ Minimum Design Loads for Buildings and Other Structures (ASCE 7-10) and used for application of the Equivalent Lateral Force Procedure (ELFP) and Response Spectrum Analysis (RSA). When applying RSA, the modal peak responses were combined using the Absolute Sum (ABS), Square-Root-of-the-Sum-of-Squares (SRSS), and Complete …

The Project Management Of Investigating Dowel Laminated Timber, Sophia D. Looney, Bryan U. Garcia, Reiley A. Akkari

Architectural Engineering

During the Winter Quarter of 2020, three Architectural Engineering students investigated a new type of timber product, dowel laminated timber, for their senior project. Dowel laminated timber (DLT) is a specialty product typically associated with sustainable design and is a form of mass timber. The three students had little knowledge about mass timber outside of a timber design course; their knowledge was primarily in wood framing design. Therefore, the topic was chosen because dowel laminated timber is a topic that holds a large learning opportunity not only for the students but also for the profession. The purpose of the senior …

Wine History Pavilion: Flow, Isaac J. Cameron

Architectural Engineering

The Wine History Pavilion has been designed using Integrated Project Delivery, a delivery approach that has been gaining popularity that involves the participation of multiple disciplines at every stage of design. For this group, that entails the participation of students from the departments of Architecture, Architectural Engineering, and Construction Management working in tandem to handle every facet of the design.

The goal of this project is to design a pavilion for the Wine History Project, who needed a display space to house a variety of exhibits showcasing artifacts relevant to the history of wine. The pavilion will originally be installed …

Mòn Briyè Primary School Journeyman International, Leah E. George, Devin R. Williams

Architectural Engineering

Journeyman International (JI) is a non-profit organization that pairs emerging professionals in the architectural, structural engineering, and construction management industries with humanitarian projects in underdeveloped countries overseeing the design and construction process. The Mòn Briyè Primary School is a JI project led and funded by The 610 Project, an Alabama-based non-profit organization dedicated to the sustainable success of developing Haitian communities through education. This primary school will be located in Mornes Brieux, Haiti and consists of three buildings: one classroom building for first to fourth grade, one classroom building for fifth to eighth grades, and one building for administration. The …

Rubagabaga Village : Empowering Villages Center And Agricultural Training Center, Jenna M. Williams, Julia R. De Hart

Architectural Engineering

By partnering with non-profit organizations such as Journeyman International and Empowering Villages, undergraduate students can engage in senior projects that have far reaching humanitarian impacts. Journeyman International is well known for creating powerful teams of students who tackle design challenges in developing countries. This paper details the work of two architectural engineering students from California Polytechnic State University, San Luis Obispo on a design for the Empowering Villages Center (EVC) and Agricultural Training Facility (ATF) in Rubagabaga Village, Rwanda. The EVC and ATF project was proposed by Empowering Villages, an organization that aims to bring electricity and socioeconomic growth to …

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 …

Structural Calculations For Tia Ana's Sustainable Development, Danielle Rustagi

Architectural Engineering

Tia Ana’s Sustainable Development is located in the El Salvadorian countryside, just outside of the capital city San Salvador. Currently, Tia Ana’s is located in the city of San Salvador, where there is little room for the children and a significant amount of violence and instability. In order to make the relocation of the orphanage feasible financially, a portion of the countryside landscape will contain a small hotel and numerous small dwellings nested in the tropical surroundings. By relocating the orphanage to the countryside, the children housed by Tia Ana will experience a safer and more stable environment and this …

Broad Street Plaza, Madison Lynn Busby, Jenny Nguyen

Architectural Engineering

No abstract provided.

Bridge Design For Earthquake Fault Crossings – Synthesis Of Design Issues And Strategies, Osmar Rodriguez

Master's Theses

This research evaluates the seismic demands for a three-span curved bridge crossing fault-rupture zones. Two approximate procedures which have been proved adequate for ordinary straight bridges crossing fault-rupture zones, i.e., the fault-rupture response spectrum analysis (FR-RSA) procedure and the fault-rupture linear static analysis (FR-LSA) procedure, were considered in this investigation. These two procedures estimate the seismic demands by superposing the peak values of quasi-static and dynamic bridge responses. The peak quasi-static response in both methods is computed by nonlinear static analysis of the bridge under the ground displacement offset associated with fault-rupture. In FR-RSA and FR-LSA, the peak dynamic responses …