Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Bathymetry (1)
- Biosand Filter (1)
- Code Requirements (1)
- Community Driven Development (1)
- Construction Method (1)
-
- Deck (1)
- Deck Design (1)
- Eelgrass Habitat (1)
- Engineers without Borders (1)
- Fiji (1)
- Fijian Cracker Boxes (1)
- Fly ash (1)
- Grout (1)
- Masonry (1)
- Natural pozzolan (1)
- Outdoor (1)
- Outdoor Deck (1)
- Portland Cement (1)
- Pulverization (1)
- SLO Botanical Garden (1)
- Sea Level Rise (1)
- Soil-Cement (1)
- Sustainable (1)
- Sustainable Water Filtration (1)
- Tidal Datums (1)
- Tidal Prism (1)
Articles 1 - 5 of 5
Full-Text Articles in Engineering
The Tidal Prism, Viable Eelgrass Habitat, And The Effects Of Sea Level Rise In Morro Bay, Kaden A. Caliendo
The Tidal Prism, Viable Eelgrass Habitat, And The Effects Of Sea Level Rise In Morro Bay, Kaden A. Caliendo
Master's Theses
The tidal prism, or the volume of water exchanged from the sea to an estuary from mean low to mean high tide, influences system hydrodynamics and ecological functioning. Since 1884, the tidal prism in Morro Bay, California has been estimated to be decreasing over time due to sedimentation from upstream practices. What is the current tidal prism in Morro Bay and how will that change with sea level rise? How will eelgrass respond to rising sea levels?
For this study, inexpensive tidal gauges were deployed at four locations in Morro Bay from March to August 2023 to measure spatially varying …
Investigation Of Natural Pozzolans: Analyzing The Practicality Of Natural Pozzolans As A Partial Substitute For Cement In Grout Production, Jadyn I. Breien, Andrew J. Baro, Logan T. Marino
Investigation Of Natural Pozzolans: Analyzing The Practicality Of Natural Pozzolans As A Partial Substitute For Cement In Grout Production, Jadyn I. Breien, Andrew J. Baro, Logan T. Marino
Architectural Engineering
This senior project aims to investigate whether natural pozzolans are more sustainable than fly ash and a sufficient substitute for cement in the production of grout. By following the intent of the ASTM (American Society of Testing and Materials) standards, a conclusion will be made to determine if natural pozzolans can contribute comparable strength in compression. The objective is to prove that natural pozzolans should be utilized in the production of grout rather than alternatives such as fly ash because it can provide similar strength while being more economical and more sustainable.
Filters For Fiji: A Modified Cracker Box Biosand Filter For Rural Fiji, Geneva Newell, Cameron Lowrey, Thomas Burt, Lexie Caterine
Filters For Fiji: A Modified Cracker Box Biosand Filter For Rural Fiji, Geneva Newell, Cameron Lowrey, Thomas Burt, Lexie Caterine
Civil and Environmental Engineering
Water quality remains a major issue throughout rural Fiji, as current solutions rely on outside organizations providing money or technology. The goal of Filters for Fiji’s research was to develop a sustainable water filtration method for the people of rural Fiji, through ethnographic and biological research. In order to be sustainable, the filter had to be inexpensive (less than USD$15), simply built and maintained, and suitable for the end-user. The driving question of the research was: can a plastic, modified biosand filter be constructed from materials that could be sourced locally in rural Fijian communities? To answer this question, feedback …
Slo Botanical Garden Deck, Noah E. Demer
Slo Botanical Garden Deck, Noah E. Demer
Architectural Engineering
This project consists of the design and construction of an outdoor-use deck. This deck is to be located in the NE corner of the Sage Meadow at the San Luis Obispo Botanical Garden at 3450 Dairy Creek Rd, San Luis Obispo, CA 93405. This deck’s intended use is as a gathering area for people to congregate. Originally, the ideal deck area was proposed as 700+ square feet, but with further site and project limitations the final design was ~480 square feet. This deck has not been constructed.
New Bike Path On Highland Drive, Christian T. Pedersen
New Bike Path On Highland Drive, Christian T. Pedersen
Construction Management
The purpose of the following paper is to provide a breakdown of the preconstruction and construction processes for a new bike path to be built on Highland Drive. Studies about the selected construction method and materials needed to complete the project are included. Soil-cement will be at the forefront as it offers the cheapest and most efficient way for the proposed new path to be constructed. The explanation for why soil-cement was chosen along with the various other ways in which it can be used are included. One concern the paper will address is the fact that the current bike …