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

From Medien Wiki
No edit summary
No edit summary
Line 13: Line 13:
File:6_Transporting mushroom pieces to the agar.jpg
File:6_Transporting mushroom pieces to the agar.jpg
File:7_Transplantation of with fungal overgrown agar into our project after 2 weeks growing time.jpg
File:7_Transplantation of with fungal overgrown agar into our project after 2 weeks growing time.jpg
File:The growth process of the mycelium on the rye substrate.jpg
</gallery>
</gallery>


Line 37: Line 39:
File:Fully assembled building block.jpg
File:Fully assembled building block.jpg
File:Growth phase of mushrooms outside the formwork.jpg
File:Growth phase of mushrooms outside the formwork.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:Compressive strength testing of the building element_1.png
File:Compressive strength testing of the building element_1.png
Line 42: Line 45:
</gallery>
</gallery>


 
<gallery>
File:The drying process of the element and the deactivation of the mycelium.jpg
File:The growth process of the mycelium on the rye substrate.jpg
</gallery>
'''growth phases'''
'''growth phases'''



Revision as of 14:19, 13 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

growth phases


growing together

organic shapes

foreign objects

conclusion