Mycelium in Ia : the Possible Production Processes of Fungi-bio Composites, Their Respective Resulting Properties, and Potential Applications Within Interior Architecture
Loading...
Files
Date
2023
Authors
Journal Title
Journal ISSN
Volume Title
Company
URL
Shelf Location
Date
Abstract
AI-GENERATED ABSTRACT: Abstract: As the impending climate change crisis unfolds, the world grapples with its far-reaching repercussions. With catastrophes, displacement, and death becoming increasingly prevalent, global awareness of the climate crisis is on the rise. Surveys indicate that a significant portion of the population recognizes the urgency of addressing climate change. Despite the growing demand for sustainable products and services, the existing free market economy poses challenges in implementing necessary regulations and changes. This research focuses on reevaluating materials, emphasizing biodegradability, sustainable production processes, and functionality as criteria for viable alternatives. A promising candidate in this context is the bio composite Mycelium, derived from the root structure of fungus. Grown on agricultural waste, Mycelium production processes avoid harmful chemicals and excessive energy consumption, classifying it as a sustainable and cost-effective option. This study explores Mycelium from a material science perspective, investigating its potential for broad implementation, especially in interior architecture. The goal is to foster a deeper understanding of Mycelium production and utilization, promoting more sustainable, circular interior design practices. The research question guiding this Bachelor's thesis is, "What are the possible production processes of fungi-bio composites, their resulting properties, and potential applications in the context of interior architecture?" The project delves into reliable Mycelium cultivation, the impact of production processes on material properties, and the feasibility of applications in interior architecture. By examining case studies and conducting rudimentary experiments, the study aims to identify the most promising production styles applicable to various interior architecture contexts. Keywords: Climate Change, Sustainability, Bio Composite, Mycelium, Circular Interior Design, Material Science, Production Processes, Interior Architecture, Sustainable Products