Detalle constructivo de zapata | Detalle constructivo de zapata | By Juve 3D Studio | Today I'm going to teach you how to read a constructive detail like this. And for starters, this detail you're seeing here is a representation of a constructive detail of a running shoe. A running shoe is a cement method. I already explained in another video. If you haven't seen it you can watch it finishing this one. This type of details represent the correct constructive procedure to follow. And without much notice we're going to start. On one side we have the text and on the other we have the graphic representation. And until the end we have the quotas of the dimensions of all the elements. And how do you read these kinds of details? Well, basic from the bottom to the top. The first thing we need to identify is this quota, the general one. Why? Because it tells us that from the natural ground level we have to dig a depth of one point thirty meters. At that depth we will find the zero level indicated in the stratographic profile, I always find it difficult to say that. Once this excavation is done and having found that level of depth, then it tells us that we need to make an upgraded soil bed with three percent cal. I had already explained that to you in another video. If you haven't seen it, I'll explain it real quick. The moment of mixing it with lime begins to have an ionization process where the mechanical properties of the earth improve when mixing it with lime. Logically that land has to have a compaction process and here it tells us. Compacted to ninety-five percent. How much is that layer, architect. Ah, so here it tells us in the quota that it is twenty centimeters thick. So, in fact, we have to make it twenty-two, twenty-three centimeters, so that at the time of soaking it and compact it. Come down and give us those twenty that the chart is asking us for. After doing that, he tells us that we have to place F plus C compression resistance concrete template of one hundred kilograms per square centimeter. In practice we call it concrete poor. The thickness of that template is going to be five centimeters and that template, as I also explained in another video, serves to homogenize the area and redistribute the loads in a uniform way. And logically it also serves to divide this surface with structural concrete. Why? Because structural concrete should or should not come in direct contact with the ground. That's why all this red line you're seeing is a six-hundred gauge polyethylene hule. That hule will serve us to avoid the contact of the cement with the ground, that hule membrane will form a barrier, which will prevent moisture, therefore, affecting the foundations of your house and in the future you will have problems. Now, notice how that line is between the concrete stencil and this element, which is the running shoe. That means that hule has to wrap the shoe completely and it has to wrap the whole T and the whole root, because there are a lot of people who say, no, nothing else I'm putting it here. And no, you have to feed it all. He tells us that the running shoe is manufactured with a concrete resistance to F and C compression, two hundred kilograms per square centimeter. And it's reinforced with two rods of three eighths and six half rods, with a simple grill with half rods every twenty centimeters. Here to me what I would be missing representing is that these two rods are the ones of three octaves. And what I'm missing to specify here are the stirrups. Let's put it on so they don't tell me later. Ready, it is indicated that the stirrups have to be made with octares every twenty centimeters and that the intermediaries are those of three octares and the upper and lower ones are mean. Now after having manufactured this running shoe continues to place the root and is telling us that the root is manufactured on the basis of concrete block of fifteen by twenty by forty centimeters which is the measure of the block and filled with concrete resistance to F compression prime is one hundred and fifty kilograms per square centimeter and reinforced with rods of mean every sixty centimeters. This dotted line you're seeing here is the half-inch rod that's asking us to reinforce that fringe. All that blockbuster needs to go filled with concrete. After that race a concrete dala of compression resistance of two hundred kilograms per square centimeter will be placed. And it's going to be reinforced with four rods of three eighths and ribbons every twenty of the number two. That is, with a wire. That dala is nothing more than an element of concrete reinforced with rods, as well as castles, that I'll explain to you in another video. And that in that dala is where it is tied where the drowned rod is bent and that transcends all the root and that comes from the shoe and even so we have to leave a rod that is going to be drowned in drink in the concrete firm. For what? So that the firm has a perimeter grip on the dala and that it is working the entire structure at par with whatever it is from here one structure and from here another. That firm and last asks us to make it concrete with a compression resistance of Frima C one hundred and fifty kilograms per square centimeter and reinforced with electro-welded mesh six six ten. It's how you read constructive detail and this is how you execute it and this is how it looks implemented. This kind of details is what makes you the engineer, the calculator, after evaluating the floor mechanics and dictating what kind of cement will be used. Based on that they make these kinds of details. This kind of charts. And these diagrams we bring them to execution to be able to develop the work. This was the video from today. This is how you read a constructive detail. I hope this information has been helpful to you. I hope it was useful to you and if so you follow me on all my social networks, because I am constantly sharing content of this nature, leave me in the comments your opinion, and share the video to inform action came to many more people. For your attention as always, thank you very much, see you in the next video.
Detalle constructivo de zapata | Detalle constructivo de zapata | By Juve 3D Studio
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Painel de TV Giratório de Marcenaria
O painel para TV giratório é uma solução muito boa para integração de ambientes como lofts e estúdios. Existe uma ferragem especial com rolamento, instalada na parte inferior e superior, que faz o giro do painel e permite a passagem de cabos pelo centro da peça para evitar a torção dos cabos. Gostou desse detalhe? #detalhamento #marcenaria #tvgiratoria
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