Date of Graduation

5-2024

Document Type

Thesis

Degree Name

Bachelor of Architecture

Degree Level

Undergraduate

Department

Architecture

Advisor/Mentor

Kuhns, Alyssa

Committee Member

McConnell, Mathew

Second Committee Member

Carpenter, Angela

Abstract

With the call for sustainable design appearing to be on the rise in recent decades, cob can offer a unique solution for creating sturdy, long-lasting, environmentally friendly, and moldable homes. With the need for sustainability in architecture and construction becoming more evident, a return to well-documented ancient building practices that have proven to stand the test could create a unique solution for some wanting to find an alternative to modern construction and design. Traditionally a method of construction lacking an architect’s input and seen as a pure vernacular form of architecture, could added awareness and the ability to create more unique surface patterns renew interest in cob the same way earth ships and adobe have gained popularity in North America today? Through a series of tests to determine cob mixing rations, the creation of detailed wooden molds, and experimentation with surface qualities, this study aims to examine if molds could be utilized to bring cob into the 21st century. Intended to be a jumping-off point for further research, this study provides scholarly resources, historical information, and test results for those interested in continuing to test the limits of cob design.

Keywords

Cob; Earth building; Mold; Adobe

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