Showing posts with the label cinderblocks

Using L-Shaped Cinder Blocks For Corners of Backyard Pizza Oven Stand - January 2024

Earlier this week, I posted my 3-D model using LEGO bricks of my proposed wood-fired pizza oven stand that would be built from a couple different sizes of standard cinder blocks - 16x8x8 and 8x8x8.  In that post (and using the model), I determined that I needed 4.5 blocks deep (from front-to-back) and 4 blocks wide (side-to-side).  That gave me a 74" deep by 64" wide block stand.  Or 6'2" deep and 5'4" wide. But...there's a new development.  At to me, the novice bricklayer.  Turns out, there are 'corner' cinder blocks.   I discovered this fact when I was at Menards looking over the block inventory.  Here's a few photos showing these L-shaped corner-forming cinder blocks  below and how they work together with normal blocks.  These are 12" block compatible. Below is a drawing from Menards that shows the dimensions of these L-shaped corner cinder blocks in 10" width: There are so many variables that I still need to work out

Lego Model For Wood-Burning Pizza Oven Stand - January 2024

I've been busy getting to know Sketchup - in an attempt to create a true, accurate model of my (hopefully to-be-built-in-2024) backyard wood-fired pizza oven .  But, I also figured out a different, three-dimensional approach that will work (at least for me).  The stand of the oven is built from typical cinder blocks:  16x8x8 (16" long, 8" tall, 8" deep) and half-blocks of 8x8x8 (8" long, 8" tall, 8" deep) that are commonly available from any big-box hardware store.   I was playing around with sketchup one afternoon when I realized that I could build out a model using some common bricks.   I wanted to get a sense for how the stand would come together and also begin to build out a parts-list for the blocks.   I went up to the kids lego bins and quickly figured out how to build this: Part 3001 (2x4 brick)  has 8 studs on top and is the typical rectangle brick that you think of when you think of LEGO bricks.   Using a one-stud for 4" each direction, t