GMU:DIY Biolab License/Anna Kranitz & Balázs Vágvölgyi: Difference between revisions

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File:The drying process of the element and the deactivation of the mycelium.jpg
File:The drying process of the element and the deactivation of the mycelium.jpg
File:Filling the building element with straw.jpg
File:Filling the building element with straw.jpg
File:The internal structure of the cut element.jpg
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</gallery>


Compressive strength testing
'''Compressive strength testing'''
 
The compressive strength test was important for the purpose of assessing the later usability of the block in the construction industry.
 
<gallery>
<gallery>
File:Compressive strength testing of the building element_1.png
File:Compressive strength testing of the building element_1.png
File:Compressive strength testing of the building element_2.png
File:Compressive strength testing of the building element_2.png
File:Compressive strength_result_1.jpg
File:Compressive strength_result_2.jpg
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'''exhibition'''
'''exhibition'''
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File:Exibition_2.jpg
File:Exibition_1.jpg
</gallery>


'''conclusion'''
'''conclusion'''

Revision as of 11:49, 14 February 2023

goal

The aim of this experiment was to understand the possibilities of using mycelium as a biodegradable material, and to explore its strengths and weaknesses, especially in a combination with straw. The main goal was to see how these two materials work together regarding growing intensity, strength, and appearance.

workshop

preparing the mixtures

Manufacturing process

growing together

Compressive strength testing

The compressive strength test was important for the purpose of assessing the later usability of the block in the construction industry.

mycelium growth phases on rye substrate

organic shapes

foreign objects

exhibition

conclusion