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#22
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HK wrote:
That's correct. And many of the roof lumber was not tied to the top plates, and the bottom plates were not tied to the foundation. Lousy inspectors were a big part of the problem. "And many of the roof lumber"? Are you really that dumb? Tell us how they are "tied". I know the answer - do you? Learn what a roof truss is and you won't present your pathetic self like dumb Don. |
#23
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posted to rec.boats
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![]() "Frogwatch" wrote in message ... On Apr 17, 11:25 am, "mmc" wrote: What a novel idea:http://www.raisedfloorliving.com/ Like this is something new? No, this is traditional "Cracker house" construction. My house is built this way. I'm pretty sure that building houses off the ground "was" pretty common throughout the US until developers got hold of "cookie cutter" plans and threw down cement slabs, 10 or 100 at a time. I know it'll chap your ass but the idea was probably brought to Florida by some damn Yankee. |
#24
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On Fri, 17 Apr 2009 19:50:35 -0400, D K
wrote: Don White wrote: "Calif Bill" wrote in message ... "HK" wrote in message m... Frogwatch wrote: On Apr 17, 11:25 am, "mmc" wrote: What a novel idea:http://www.raisedfloorliving.com/ Like this is something new? No, this is traditional "Cracker house" construction. My house is built this way. Not unusual in areas with high water tables...and gives the termites something beefy - the posts - on which to chew. The posts do not contact the ground. At least according to code. Seeing the damage after Katrina, lots of the lost houses were because of construction practices. A house on a concrete pad. Not bad, but they did not bolt the house to the pad. You would see a house pad, and no nails, no bolts sticking up from the pad. Bad union work? More likely some shifty 'contractor' hiring illegals at the cheapest possible wage and taking every shortcut imaginable. Sure, dummy. And the building inspectors are getting paid off, too, right? Hey, I thought you were from Chicago. (-: --Vic |
#25
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On Fri, 17 Apr 2009 14:08:23 -0400, gfretwell wrote:
http://gfretwell.com/electrical/art....house.irpt.jpg Damn, that's a great photo. Quite impressive. |
#26
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On Sat, 18 Apr 2009 01:55:02 -0400, gfretwell wrote:
I don't want to get in the ****ing match but Harry is somewhat right on this one. A lot of the houses the got blown up in Andrew did not meet the existing code but Dade did have the strongest code in Florida at the time. Andrew also provided a terrific case study, unfortunate, but terrific. Before Andrew, many things had been overlooked. The danger to windows was well known, but doors, both entry and garage, weren't as acknowledged. When the wind gets into a building, it has to get out, mostly with explosive results. Around the same time as Andrew, there was also a well known video from Hawaii, I believe, that showed a complete roof lift up and fly away intact. I still remember it to this day. |
#27
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![]() "thunder" wrote in message news ![]() On Sat, 18 Apr 2009 01:55:02 -0400, gfretwell wrote: I don't want to get in the ****ing match but Harry is somewhat right on this one. A lot of the houses the got blown up in Andrew did not meet the existing code but Dade did have the strongest code in Florida at the time. Andrew also provided a terrific case study, unfortunate, but terrific. Before Andrew, many things had been overlooked. The danger to windows was well known, but doors, both entry and garage, weren't as acknowledged. When the wind gets into a building, it has to get out, mostly with explosive results. Around the same time as Andrew, there was also a well known video from Hawaii, I believe, that showed a complete roof lift up and fly away intact. I still remember it to this day. The house we had in Jupiter, Florida (just north of West Palm Beach) was built in 1996 if I recall. It was custom built, designed by the original owner who was an architect. The main, double entry doors originally opened inward. There were also several double doors throughout the house that opened outward. During the first of three hurricanes that hit in one year after we bought the house, the wind blew the main doors open inward and the force of the wind inside blew all the other doors open outward. The result was some significant damage to the inside of the house. It was all repaired, but with no hurricane insurance (a result of Andrew) it wasn't cheap. The main doors were replaced by outward opening types. We also had a pool enclosure installed at that house. By that time the code requirements were for 150 mph winds. It was installed by a reputable and licensed company but "Wilma" still pretty much destroyed it with 120 mph gusts. Eisboch |
#28
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On Sat, 18 Apr 2009 08:02:46 -0400, Eisboch wrote:
The main doors were replaced by outward opening types. I guess that's one difference between the north and the south. Up north, those outward opening doors can trap you inside when the snow gets deep. ;-( |
#29
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![]() "thunder" wrote in message news ![]() On Sat, 18 Apr 2009 08:02:46 -0400, Eisboch wrote: The main doors were replaced by outward opening types. I guess that's one difference between the north and the south. Up north, those outward opening doors can trap you inside when the snow gets deep. ;-( When we first bought the house and were in it during a heavy thunderstorm with winds, I noticed that the way the entrance way was designed it "funneled" the wind and put a lot of pressure on the doors. When we returned north after the first winter, I drove our golf cart into the house, closed the doors, and backed the golf cart up against them with a pillow between the golf cart bumper and the doors. Unfortunately the year the first hurricane hit I forgot to do that before we headed north. $50K lesson. Eisboch |
#30
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On Apr 18, 1:55*am, wrote:
On Fri, 17 Apr 2009 12:50:05 -0700 (PDT), wrote: On Apr 17, 3:08*pm, HK wrote: I spent close to a month in south Florida after Andrew preparing a booklet for a client on how various structures handled the storm and its aftermath. Hope I still have a few copies of it somewhere. Gee, I do too! I'd love to see a copy, liar! It was pretty decent, with lots of photos, a few drawings, explanations, all reviewed by the proper sort of engineers. Codes and lack of code enforcement were big issues in south Florida then. No it wasn't "codes and lack of code enforcement". There were codes in place. They were enforced. But things are learned by such events and the subsequent testing. THEN the codes are revised. I'll be waiting to see your thesis. Please, don't forget to list the engineers that reviewed it. Did they stamp it? How was their review done? I don't want to get in the ****ing match but Harry is somewhat right on this one. A lot of the houses the got blown up in Andrew did not meet the existing code but Dade did have the strongest code in Florida at the time. They found things like roof sheathing with about 10-15% of the required nailing schedule and such. The inspectors were not really inspecting. That is the type of thing that did get addressed. Florida has always had a fairy strict code, when it was enforced. My 1963 house has a poured bond beam with 2 #5s in it and embedded straps over the trusses. In my addition we did get to bust into some of that for a look. The slab also has the two #5 perimeter steel and the dowelled cells in the walls. That is basically what the current code is and happened almost a half century ago. It was all in who built your house.- Hide quoted text - - Show quoted text - Codes evolve. What was in place during a particular house's construction may not be the same as one that was built even a year later. If a house isn't built to code, first they start looking at the engineer and architect. If there construction documents were in compliance with the code at the time of construction, then they go to the builder. As for a bond beam at the top of a c.m.u. wall, that's standard, it stiffens the wall. As for the embedments, they are just as much for the wall as for the trusses. The diaphram action of the trusses help keep the wall from pushing over. Poured and reinforced cells in the wall (simply put) keep the wall from breaking off at at some height. Horizontal joint reinforcing stiffens the wall in a side to side direction. |
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