Asean homes construction, they make home with RCC and beams.

Finland.

I live here in the US, you can get 8x12x16 Concrete Masonry Units at 3.85 per block. The negative is always the back breaking labor of running multiple tracts of CMU's to build a basement wall, let alone a basement followed by an exterior wall above grade. Add all the additional interlocking metal pins to reinforce the block runs vertically along with horizontally it is not cost, physically, or energy efficient to build this way. CMUs only rate a base r-value of 1.99. Wood framing with 2x6 and typical insulation will give a r-19 value. Finally, CMU's can and will collapse in earthquakes that generate surface cracking so they become a risk in regions of the US that experience tectonic shifts. New Madrid and San Andreas fault are both reasonable concerns. Storm Surge in Hurricane prone regions are another concern. Flash Flooding along the Mississippi, Missouri, Kaw, and Ohio River valleys is another concern. Building a house that can withstand any natural disaster would basically require a person to build their house in a lightless limestone cave. Hardly the most appealing location to live.

@@aaronorr5586 That is why I mentioned ICF construction. The forms are made out of polystyrene which is as light as a feather. Rebar is added as the forms are being built and then filled with concrete. These building systems are very strong and are much safer than a stick or CMU built home for all the disaster scenarios you mentioned. I haven't looked into it recently, but the price difference has been negligible in the past. The biggest issue is finding a builder that understands or is willing to learn a new system. This building method had been used extensively in Europe and Canada for years.

@@Mark-op7zt We've had ICFs here in the US for two decades. The issues with flooding and storm surge along the gulf and east coast along with housing built in the flat lands around river bottoms and solid concrete foundation wall basements are a persistent concern. There is an engineering method of setting the house construction on beams that attach to piers that drop below the frost line for the area so when a flood comes through it doesn't sweep the foundation and the building on top. You essentially give the water quick access and egress so you end up limiting effects to the structure. Building with any form of concrete on top of these structures is an absolute no go as the ability to bear the weight takes an excessive amount of piers to support the concrete walls. ICFs have their place but it is not an option for many locations. Understanding the wheres and whys of certain construction options is critical to the decisions of the hows.

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