Maximum Brick Stacking Height: Investigating the Compression Strength of Bricks

AI Thread Summary
The discussion centers on determining the maximum height of brick stacking before the bottom brick fails under compression. The key factor to consider is the compression strength of the bricks, which is influenced by the weight of the bricks above and the cross-sectional area of the stack. A suggestion is made to research existing tall brick structures, such as the Church of St. Martin in Landshut, Germany, for practical insights. The conversation emphasizes the importance of understanding the limits of compression strength in brick materials. Overall, the analysis of brick stacking height is fundamentally linked to the bricks' compression strength and structural integrity.
nautica
I am trying to figure out how many bricks can be stacked before the bottom brick is crushed?

Not sure where to start - thinking about using bulk modulus for clay, but that only talks about compression, which I am sure there is a limit, but I am not sure how to find this.

Thanks
Nautica
 
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For a first cut, the compression strength is all you need to look at. The force at any position is the sum of the weight of all of the bricks above it. The area is the cross sectional area of the stack.

How detailed an analysis do you need to do?
 
nautica,
if you search for 'tallest brick building' on the web, one of the results will be the church of St.Martin in Landshut/Germany (130 m), see here:

www.st.martin-landshut.de
 
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