Affordable hurricane-resistant housing, can we do it?

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In summary, the author is discussing how to prevent standing water damage and how it relates to wind speed. He points out that if we change how we design houses, we can make them more resistant to wind forces. He also mentions that wind tunnels can be a dangerous way to test this, and that a house needs to be either lift neutral or have a negative lift to withstand storm surge.
  • #1
Noisy Rhysling
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My first thought on this is how to avoid standing water damage. After massive flooding in this area in '08 houses were jacked up about eight feet. (Based, I think, on the "100 year" flood model and the catch-basin effect of water crossing over the railroad right-of-way.) Would Cat 5 winds cause a stilted house to blow away more easily, all else being equal?
 
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Its not a clean cut answer, there is so much information that has to be considered: Height of the structure; topography of the land; Soil composition; Foundation depth and type. After studying Construction for 3 years I would argue that if we change our approach to housing design and integrate structures into natural features rather than plowing everything flat, we could make it affordable and more durable in the future. I believe that we will start seeing more aerodynamic structures which have greatly reduced wind forces Soon . It will be like the automative industry. There is a nice PDF on the topic if you want to have a look.
 
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Thanks. I was already thinking about "Bag End" (Frodo's house) as a candidate. Built into the side of a hill it would be quite rugged. Steel shutters that would fill in the gaps in the ground contours where the windows are would be needed.
 
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  • #4
Noisy Rhysling said:
Thanks. I was already thinking about "Bag End" (Frodo's house) as a candidate. Built into the side of a hill it would be quite rugged. Steel shutters that would fill in the gaps in the ground contours where the windows are would be needed.

It is a great idea with the main things to consider being the soil composition and drainage. There was an instance were due to the house sinking it actually shifted and started looking like it was getting engulfed by the ground. Here is a design that is a middle ground and I personally love it!
 
  • #6
Tracey3 said:
It is a great idea with the main things to consider being the soil composition and drainage. There was an instance were due to the house sinking it actually shifted and started looking like it was getting engulfed by the ground. Here is a design that is a middle ground and I personally love it!
That wind tunnel would make me nervous.
 
  • #7
probably the closer it approximates an egg the more hurricane resistant

fifty years ago they experimented with gunite buildings in the Florida Keys that resembled turtle shells. . They're still standing, seems a natural enough design to copy.
 
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  • #8
Hills in southern Florida are scarce.

New houses in the Keys require 15 foot (5 m) pilings to lift them off the ground. But FEMA won't guarantee that they won't raise the minimum higher next year and they won't grandfather the 15 foot ones. Tsk tsk.
 
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  • #9
anorlunda said:
New houses in the Keys require 15 foot (5 m) pilings to lift them off the ground. But FEMA won't guarantee that they won't raise the minimum higher next year and they won't grandfather the 15 foot ones. Tsk tsk.
Sounds like a case of "caveat emptor" vs. "Hey FEMA, cover my bad decisions"
 
  • #10
15 feet seems ample for storm surge. But adding wave action on top of that may be borderline.

The key would seem to be to create a house shape that is either lift neutral or negative lift, as well as being low drag. Worse it has to be this for all directions. I have a mental image of a circular airfoil with a thickness diameter of 10 to 1 or so. Big house.

In building such a house, I think I'd want to use 35 foot poles with 12 feet underground, and the poles fastened into the entire house structure.
 
  • #11
What about having the house rise with the waters? Piling go through the house and are tied together at the top to stop any further rise. Hexagonal pattern of pilings, all outside the house proper.
 
  • #12
By the way, a TV report on hurricane Irma pointed at neighborhoods of newer homes across the bay on Marco Island. They were built with the new standards adopted after hurricane Andrew. The reporter said that they all appeared to come though with no damage.
 
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  • #13
anorlunda said:
By the way, a TV report on hurricane Irma pointed at neighborhoods of newer homes across the bay on Marco Island. They were built with the new standards adopted after hurricane Andrew. The reporter said that they all appeared to come though with no damage.
It is better not to build cities in places prone to the violence of Nature. Otherwise we have self inflicted disasters and no one wants to see that happen.
 
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  • #14
Flooding occurs because the water has nowhere to go.
River forelands around rivers are the classical way to tackle flooding.
They are designed to take in excess water.
Tokyo has gone beyond. They have built water discharge tunnels, which were completed in 2006.
 
  • #15
tech99 said:
It is better not to build cities in places prone to the violence of Nature. Otherwise we have self inflicted disasters and no one wants to see that happen.

That's easier said than done. Hurricanes, tornadoes, floods, fires, earthquakes, volcanic activities, blizzards, ice storms, sea level rise, heat waves, sand storms, landslides, sink holes, avalanches, locusts. That rules out most of North America. I once lived in Sweden. Almost none of those things happen there. I wonder if they can fit an additional 7 billion people? :rolleyes:
 
  • #16
Even impact windows and doors can help you in this.
 
  • #17
William Adams said:
Even impact windows and doors can help you in this.
Yeah, 1/4" Plexiglas panels, removable, would help. Cover at least two sides with those. A foam insulation that is also watertight/waterproof could be used during construction.

I think one of the best ideas I've heard is to build the house over the garage. That gives you ~eight feet of height right off the bat. "Get your basement out of the ground!" You could make a section of that garage watertight and accessible from the house above, for a tornado shelter. In some places having the kitchen on the ground floor would reduce the heat in the house proper as well.
 
  • #18
anorlunda said:
That's easier said than done. Hurricanes, tornadoes, floods, fires, earthquakes, volcanic activities, blizzards, ice storms, sea level rise, heat waves, sand storms, landslides, sink holes, avalanches, locusts. That rules out most of North America. I once lived in Sweden. Almost none of those things happen there. I wonder if they can fit an additional 7 billion people? :rolleyes:

Don't forget the Caldera (supervolcano) under Yellowstone park that is supposed to erupt like clockwork, which is already about 50000 years overdue if I'm not mistaken, and which would effectively wipe the US off the map. And the mega tsunami that would occur if part of an island would fall into the Atlantic, wiping the east coast off the map, including New York. Yep, Sweden does sound like a better choice. :oldwink:
 
  • #19
I like Serena said:
Don't forget the Caldera (supervolcano) under Yellowstone park that is supposed to erupt like clockwork, which is already about 50000 years overdue if I'm not mistaken, and which would effectively wipe the US off the map. And the mega tsunami that would occur if part of an island would fall into the Atlantic, wiping the east coast off the map, including New York. Yep, Sweden does sound like a better choice. :oldwink:
The Yellowstone monster seems to grow in size and danger every year.
 
  • #20
Noisy Rhysling said:
The Yellowstone monster seems to grow in size and danger every year.

Yep. Still, the probability is less than about 1 in 10000 that it will happen within a year or so... which is generally considered to be negligible... but it is bound to happen sometime...

Additionally, we have the island La Palma in the Canary islands, that is known to be volcanic. As such there is a risk that part of the island falls into the ocean. When and if that happens, it will generate a megatsunami that will hit the US... and it doesn't seem likely that the people in New York will be able to evacuate in a timely fashion...
 
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Related to Affordable hurricane-resistant housing, can we do it?

1. What materials are used to make affordable hurricane-resistant housing?

The most common materials used in affordable hurricane-resistant housing include reinforced concrete, steel, and impact-resistant windows. These materials are strong and can withstand high winds and flying debris.

2. How does affordable hurricane-resistant housing differ from traditional housing?

Affordable hurricane-resistant housing is designed and built to withstand the strong winds and flying debris that are common during hurricanes. It also includes features such as reinforced walls, tie-downs, and impact-resistant windows to provide additional protection.

3. Can affordable hurricane-resistant housing be built on a budget?

Yes, affordable hurricane-resistant housing can be built on a budget. By using cost-effective materials and smart design, it is possible to create homes that are both affordable and hurricane-resistant.

4. Are there any government programs or incentives for building affordable hurricane-resistant housing?

Yes, there are several government programs and incentives available for building affordable hurricane-resistant housing. These include grants, tax credits, and low-interest loans for individuals and organizations looking to build or retrofit homes in hurricane-prone areas.

5. How can affordable hurricane-resistant housing benefit communities and the environment?

Affordable hurricane-resistant housing can benefit communities and the environment in several ways. It provides safe and affordable housing options for individuals and families living in hurricane-prone areas, reduces the need for costly repairs and reconstruction after a storm, and can also be built using sustainable and eco-friendly materials.

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