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The most common cause of concrete cracks is shrinkage when the concrete hardens and cures. The stress from the shrinkage exceeds the concrete’s strength. Concrete cracking can also occur when it experiences extremely cold or hot temperatures, such as a particularly harsh winter or a firepit built into a concrete patio.

Yes, concrete is significantly stronger than masonry, especially if the concrete pour includes reinforcements, like steel rebar. Concrete is a uniform material that can withstand compression, sheer force, and tensile force as long as it’s reinforced. Masonry involves the use of mortar or grout to connect individual building materials, like brick, stone, or tile. Mortar and grout are also reasonably strong and resist compression well, but they don’t come close to the strength of poured concrete.

New concrete can crack within 12 hours of finishing, as it can be a common occurrence as the concrete dries and cures. Certain weather conditions and temperatures can slow or speed up the cracking. A concrete contractor plans for cracking during the drying process and keeps some of it at bay by installing control joints.

The prevention steps are essentially the same, no matter the patio material. Keep the surface clean and maintained. Ensure there's no debris buildup, and cover the whole thing in a quality sealant. If it's the start of a season or it's been a while since you've cleaned the area, use a pressure washer.