Civil Engineering ETDs

Publication Date

7-12-2014

Abstract

The recent drive to install residential installation of photovoltaic roof systems has generated the need to re-examine the structural capacity of residential structures. Currently, a perspective exists that residential wood roofs may not be able to carry the additional load of a photovoltaic (PV) array. This research seeks to address how the addition of PV installations can affect the structural capacity of residential wood roof systems and to investigate the current methods in which roof systems are assigned their working strengths. With the goal of finding ultimate capacities of wood roof systems, empirical tests were conducted in a laboratory setting and results were compared with current building and design codes. These comparisons help to identify factors of safety and other assumptions that exist in current building codes and therefore elicit a better understanding of the structural capacity of wood roof systems. Finally, a computer analysis was conducted to better understand the way in which a PV installation affects the structural performance of wood roof systems.

Keywords

structural capacity roof sytems, wood, solar

Document Type

Thesis

Language

English

Degree Name

Civil Engineering

Level of Degree

Masters

Department Name

Civil Engineering

First Advisor

Gerstle, Walter

First Committee Member (Chair)

Ross, Timothy

Second Committee Member

Dywer, Stephan

Third Committee Member

Maji, Arup

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