Architecture Commons^™

Analysis Of The Implementation Of Fluid Viscous Dampers In A Steel Special Moment Frame, Brad D. Weber

Architectural Engineering

This report examines the effects of adding fluid viscous dampers to a steel special moment frame through a series of analysis methods. Simple analysis procedures are first carried out and described, including a linear static procedure and a linear dynamic procedure. Then further analysis is carried out using a nonlinear dynamic analysis procedure. Multiple parameters are modified throughout the analysis processes to determine the impact on results and the data from all the analysis methods are compiled and used to demonstrate the overall impact of the use of fluid viscous dampers in a steel special moment frame.

Structural Reconnaissance Findings Of The 2017 Mexico City Earthquake, Rachel Garcia Chandler

Architectural Engineering

The author of this document is an undergraduate student at California Polytechnic State University - San Luis Obispo (Cal Poly) who was deployed to Mexico City to participate in reconnaissance efforts October 27^th to November 4^th, 2017 as part of a larger group of academics and professionals. The work was funded through a National Science Foundation (NSF) Grant #1811084 “The Effects of the 2017 Central Mexico Earthquake on Reinforced Concrete Buildings” with the overarching objective of collecting data on reinforced concrete building damage for understanding and further improving the seismic performance of these structures and the resilience …

Construction Training Facility (Essu Philippines), Omar Ramirez

Architectural Engineering

The purpose of this project was to work hand in hand with engineers and construction managers from the non-profit organization Build Change in order to construct a training facility in the Philippines. The training facility would educate the locals how to build safer structures that would be more effective during earthquakes.

The focus of this report is to elaborate on the process of the project, the difficulties encountered, and the benefits of the overall project when completed.

Structural Engineering Students For Haiti: A Student-Run, Student-Initiated Organization For The Benefit Of The Haitian People, Andrew Jimenez, Alex Daddow

Architectural Engineering

On August 2nd 2012, a group of 10 students from Cal Poly, San Luis Obispo traveled to Léogâne, Haiti to construct a bell tower for the Saint Rose de Lima Parish. The trip consisted of four days of construction, and three days of touring. The seven days in Haiti were a result of three months of planning by a student-run, student-initiated group called Structural Engineering Students for Haiti, or SESH. The following report documents the planning, execution and lessons learned from this trip. The planning included everything from fund raising to disease prevention. The trip was successful because the bell …