Big Glue! Testing The Scalability Of Adhesives In Architecture And Design, 2019 California Polytechnic State University, San Luis Obispo
Big Glue! Testing The Scalability Of Adhesives In Architecture And Design, Emily White, Erik Sapper
Building Technology Educator's Society
This paper documents the questions, methods and outcomes of “Big Glue,” a research collaboration among students and faculty from Cal Poly, San Luis Obispo’s chemistry and architecture departments that explores the potentials of structural adhesives in architecture and design. The project asks how adhesives can be more broadly used as work increases in size from the scale of models to full-scale construction.
Our focus is on aluminum structures. We looked at existing adhesive use in construction and in the automotive industry, where adhesives are increasingly used on aluminum and aluminum composites to reduce weight and consequently increase fuel efficiencies ...
Energy Use Intensity As A Driver For Building-Envelope Design, 2019 University of Illinois at Urbana-Champaign
Energy Use Intensity As A Driver For Building-Envelope Design, Scott Murray
Building Technology Educator's Society
As the principal interface between interior and exterior environments, the building envelope plays a primary role in the success or failure of a building’s response to its climate. The design and subsequent performance of building-envelope systems can have significant impacts on the overall energy performance of a building during its lifespan. Design decisions about window-to-wall ratios, the placement and orientation of glazing and shading devices, the components of opaque wall assemblies, and the selection of facade materials, products, and systems each contribute to a building envelope’s performance. To design high-performance enclosures, architects must understand the relationship between these ...
Concrete: Computation And Optimization, 2019 Lehigh University
Concrete: Computation And Optimization, Nik Nikolov
Building Technology Educator's Society
New materials require new design and construction methods. Even old materials are being continually developed with new properties that challenge the way we use them. A recent cycle of innovations has led to concretes with considerable and effective elastic limit in tension and flexural strength. The possibility to design in concrete as a single orthotropic material with both tensile and compressive properties create an opportunity for new products but also require new design approaches.
Topology optimization as an architectural design tool is largely unexplored, in contrast to its wide use in the field of mechanical engineering. Topologically optimized shapes are ...
Water And Land In Flux: Pedagogy For Design Innovations That Inhabit Water, 2019 Louisiana State University
Water And Land In Flux: Pedagogy For Design Innovations That Inhabit Water, Niloufar Emami
Building Technology Educator's Society
The Float’n’rise Design Studio encourages a paradigm shift in design by speculating how a partially submerged building can be designed along the Southern Louisiana coast. As the erosion and submersion of terra firma continues, what might the future of a community’s existence look like? If the fact that once-inhabitable ground slowly submerges is assumed, why not construct buildings designed to float on water in the first place? Instead of holding firm to past ground/water conditions, and only raising buildings according to the hundred-year flood level principle, why not embrace a relationship with water as a new ...
Reduce, Reuse, Reengineer, 2019 California Polytechnic State University, San Luis Obispo
Reduce, Reuse, Reengineer, Neil Ryan Robertson, Anthony James Beers
Our senior project is a research exploration of renewable energy. We recognized there is a major need in the world for the advancement of green power sources. For our project, we wanted to go beyond what we have learned in our Cal Poly architectural engineering classes and to use some of our own creativity to investigate the possibilities of renewable energy from a structural perspective. The guiding question we asked ourselves was, “as architectural engineering students, how could we shift our world to use more renewable energy?” To start our journey off, was the original inspiration from the work of ...
Characteristics Of A Viscous Damper: Finding The Damping Coefficient, 2019 California Polytechnic State University, San Luis Obispo
Characteristics Of A Viscous Damper: Finding The Damping Coefficient, Roman Lara Iv, Tiffany Wang
The authors of this report are undergraduate Architectural Engineering students at California Polytechnic State University in San Luis Obispo. This report documents the implementation, design, and experimentation of a damper with unknown properties. This experimentation data will be used to find the damping coefficient of a viscous damper alongside damping characteristics. Using knowledge from previous courses, this report focuses on dynamic responses through an assumed viscous damper. Through forced oscillatory motion testing with specified frequency and amplitude using the seismic shake table and equipment, compactDAQ instrumentation, and damper, values can be pulled from the data experimentation, which can be used ...
Cable Suspended Structure-Antanas Panavas, 2019 California Polytechnic State University, San Luis Obispo
Cable Suspended Structure-Antanas Panavas, Roger Pena, Dean Seydel Becker, Tracy Destiny Doan
This project is based on a roof system designed by Antanas Panavas. The design of the structure is a cable supported roof system that includes nonprismatic glulam beams. The structure itself is a self stressed system that has never been constructed and is still in the analysis stage.
Project included analysis of the structure and a detailed process of how to model cables using SAP2000.
An Exploration Into Structurally Rational Architecture, 2019 California Polytechnic State University, San Luis Obispo
An Exploration Into Structurally Rational Architecture, Bridget M. Healey
This project is a series of small explorations into modern examples of structurally rational architecture. Each investigation looks at different methods of analyzing or designing structures that combine aesthetics and economy.
Bridge House Restoration, 2019 California Polytechnic State University, San Luis Obispo
Bridge House Restoration, Adam Mcpherson Pruitt, Ben Christopher Sykes, Samantha Sophia Solow, Christopher Ryan Levy, Severin Bechtel Elste
Bridge House was severely neglected for years since its creation. Our team’s primary objective was to rejuvenate the structure and once again make it a priority destination for the public when visiting the Experimental Structures Laboratory. With this goal in mind, we replaced the plywood barricades with guard railings designed and fabricated by the team to complement those installed on the structure by the previous group. With the elimination of the plywood barricades, the Bridge House could once again be a sense of pride in the rich historical landscape of our Cal Poly community.
In addition, our team hoped ...
Damage Detection Of Identical Structures, 2019 California Polytechnic State University, San Luis Obispo
Damage Detection Of Identical Structures, Garrett M. Peterson, Kira Deguchi
This study is concerned with measuring the vibrations of similar (and seemingly identical) structures, and attempting to detect damage in the structure by identifying outliers from the data. Furthermore, this study attempts to provide a logical conclusion surrounding the MPIT software by correlating each modal analysis program with MATLAB results from testing. Light poles around Cal Poly, San Luis Obispo are the subject of this study because the variability in structure among adjacent poles is hypothesized to be insignificant. A biaxial accelerometer device was mounted to each light pole and used to collect data. Initial tests were completed on six ...
Same Polytechnic College Campus Main Core, 2019 California Polytechnic State University, San Luis Obispo
Same Polytechnic College Campus Main Core, Bryce Daniel Gagner
My senior project will be to continue moving forward the campus core of the Same Polytechnic College. We started with the main campus core because it can act as a small school where some classes can be taught while the rest of the construction will be completed. With the land boundaries almost finalized and a solid design for the campus, we can now start a structural design and cost estimation. These will be the main steps to begin construction of the campus.
Investigation Of Grout - A Comparison Of Standard Grout Mix To Self-Consolidating Grout Mix, 2019 California Polytechnic State University, San Luis Obispo
Investigation Of Grout - A Comparison Of Standard Grout Mix To Self-Consolidating Grout Mix, Rachel Garcia Chandler
Masonry is a major structural material for low rise buildings, however the design of masonry buildings is rarely taught as a formal course at most universities. As part of the educational experience and to become familiar with the specifications and testing procedures for grouted masonry, a student run experiment on varying the water to cement ratio of masonry grout was conducted. The purpose is to report on the effects of changing the water-to-cement (W/C) ratios in a standard grout mix. The typical W/C ratio is approximately 0.80:1.00. In order to show the effects of increasing ...
Bihongora Library And Community Center, 2019 California Polytechnic State University, San Luis Obispo
Bihongora Library And Community Center, Nicholas M. Dekker, Elyssa L. Adams
No abstract provided.
Form Finding Architecture, 2019 California Polytechnic State University, San Luis Obispo
Form Finding Architecture, Anna Eliza B. Sy
More often than not an engineer takes an architects idea and tries to make it structural sound. However, an engineer can also use his or her analytical tools to determine the shape of a building. This is a portfolio of various exercise that explores using the load flow and internal forces of a structure to determine and improve its architecture. SAP2000 is the primary program used for analysis. The topics covered are: the Mueller Breslau Method, Trusses, Three-Hinged Arches, Castiglione’s Elementary School, Fisac's design for the Jorba Laboratories, and Otto's Institute for Lightweight Structures.
Mòn Briyè Primary School Journeyman International, 2019 California Polytechnic State University, San Luis Obispo
Mòn Briyè Primary School Journeyman International, Leah E. George, Devin R. Williams
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, 2019 California Polytechnic State University, San Luis Obispo
Rubagabaga Village : Empowering Villages Center And Agricultural Training Center, Jenna M. Williams, Julia R. De Hart
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 ...
Topology And Form Finding Via Genetic Algorithms, 2019 California Polytechnic State University, San Luis Obispo
Topology And Form Finding Via Genetic Algorithms, Michael Goldenberg, Nick Coburn
The following presents an approach to early applications of the Galapagos program as a means to optimize structural forms. The process was conducted with Rhino’s Grasshopper program, the structural analysis plug-in, Karamba, and the genetic algorithm solver, Galapagos. This topological form finding process was based on flexible parameters that modified brace and column locations, and diaphragm size and positions.
This process worked by having Galapagos modify a parametric model which had initial randomly generated variables for the genomes. After structural analysis, Galapagos was tasked with changing the form in order to minimize overall displacement of the structure. Being an ...
Axial Testing Of Makeshift Buckling Restrained Braces, 2019 California Polytechinic State University, San Luis Obispo
Axial Testing Of Makeshift Buckling Restrained Braces, Daniel T. Item, Corey Huang
The testing of lateral force resisting systems is a concept that is very open to discussion and optimization. We seek to find the bounds of different materials as they act in a buckling restrained brace system in hopes of providing new methods of design for future structural engineering communities. By balancing budget, customization, and material availability we are able to determine what factors may benefit, or lack to benefit, the system at hand.
A Structural Approach To Architecture (With An Emphasis On Thin-Shell Forms), 2019 California Polytechnic State University, San Luis Obispo
A Structural Approach To Architecture (With An Emphasis On Thin-Shell Forms), Ansel Man
This portfolio includes various projects I have focused on throughout this quarter in ARCE 453 as well as a deep dive study into thin-concrete shells. The overall theme of the portfolio and of this class revolves around how we, as engineers and architects, can achieve a better balance between our two fields of study. I delve into how architecture can be approached from a structural, rational point of view; how a structure's form can be optimized by studying its funicular geometry; and ultimately, the irreplaceable importance of form when designing a structure.
Retrofit Of Concrete Moment Frames With Masonry Infill In High Seismic Zones, 2019 California Polytechnic State University, San Luis Obispo
Retrofit Of Concrete Moment Frames With Masonry Infill In High Seismic Zones, Patricia Francis Pope, Madeleine Rasmussen, Zorana Tat
Seismic events happen all throughout the world and each country has a slightly different way of handling the design of structures subjected to seismic forces. The goal of this project is to provide citizens of the Philippines with an effective way to retrofit their potentially unsafe buildings in the event of an earthquake. However, this retrofit manual will be able to help globally in other third world countries that have similar building techniques. In order to achieve this type of solution, we had to come up with options that took into account the lack of access to tools, materials, and ...