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@___mysteriousnature: Sometimes, the sky reminds us that even after the darkest clouds, beauty still finds its way through 🌅🍂✨ #sunsetlover #naturelover #travelphotography #foryoupage #explorepage✨

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Wednesday 14 October 2026 23:37:18 GMT
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Reading a concrete column properly means doing more than finding one tag on one drawing. A structural drawing set is designed to be read as a connected system. The plan helps you find the column, the tag tells you which column type you are looking at, the schedule gives you the project-specific size and reinforcement information, and the detail shows how that reinforcement is arranged. Using CC1 as an example, the process starts on the plan. First, locate CC1 and understand where it sits in relation to grids, footings, pile caps, beams and surrounding structural elements. Next, identify the column type. In this drawing set, CC1 is a rectangular concrete column type. The tag gives you the reference you need to keep following through the documentation. From there, open the column schedule and find the matching CC1 row. That row gives you the important specification information, including the column size, main reinforcement and ties. For CC1, the source schedule shows: 200 x 1000 mm rectangular column 22N16 or 16N20 main reinforcement N12 ties at 150 mm centres, Type A But the schedule still does not show you everything. The next step is to open the relevant reinforcement detail. This is where you start to see how the bars are actually arranged, including the main vertical bars, starter bars, ties, lap lengths, cogs and construction joint notes. You also need to identify what the column is doing at that level. Is it: Starting? Starter bars project from the footing or slab. Continuing? Bars may lap or crank through the level, with additional ties around the joint. Finishing? Bars may be anchored or cogged into the slab or beam. The key lesson is that a column cannot be fully understood from one symbol, one tag, or one sheet. A useful reading sequence is: Plan → Tag → Schedule → Reinforcement Detail → Column Condition Once you understand how those drawings connect, structural documentation becomes much easier to follow because you stop looking for every answer in one place. Save this post as a reference for the next time you are reading a concrete column, and if you missed the earlier lessons, go back through the Concrete Columns series from Post 1. Visit onshift.edu.au to explore OnShift construction and training options, and follow OnShift for more practical structural drawing lessons. #StructuralDrawings #ConcreteColumns #ConstructionTraining #OnShiftEducation #fyp
Reading a concrete column properly means doing more than finding one tag on one drawing. A structural drawing set is designed to be read as a connected system. The plan helps you find the column, the tag tells you which column type you are looking at, the schedule gives you the project-specific size and reinforcement information, and the detail shows how that reinforcement is arranged. Using CC1 as an example, the process starts on the plan. First, locate CC1 and understand where it sits in relation to grids, footings, pile caps, beams and surrounding structural elements. Next, identify the column type. In this drawing set, CC1 is a rectangular concrete column type. The tag gives you the reference you need to keep following through the documentation. From there, open the column schedule and find the matching CC1 row. That row gives you the important specification information, including the column size, main reinforcement and ties. For CC1, the source schedule shows: 200 x 1000 mm rectangular column 22N16 or 16N20 main reinforcement N12 ties at 150 mm centres, Type A But the schedule still does not show you everything. The next step is to open the relevant reinforcement detail. This is where you start to see how the bars are actually arranged, including the main vertical bars, starter bars, ties, lap lengths, cogs and construction joint notes. You also need to identify what the column is doing at that level. Is it: Starting? Starter bars project from the footing or slab. Continuing? Bars may lap or crank through the level, with additional ties around the joint. Finishing? Bars may be anchored or cogged into the slab or beam. The key lesson is that a column cannot be fully understood from one symbol, one tag, or one sheet. A useful reading sequence is: Plan → Tag → Schedule → Reinforcement Detail → Column Condition Once you understand how those drawings connect, structural documentation becomes much easier to follow because you stop looking for every answer in one place. Save this post as a reference for the next time you are reading a concrete column, and if you missed the earlier lessons, go back through the Concrete Columns series from Post 1. Visit onshift.edu.au to explore OnShift construction and training options, and follow OnShift for more practical structural drawing lessons. #StructuralDrawings #ConcreteColumns #ConstructionTraining #OnShiftEducation #fyp
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#xuhuongseoulcenter #SeoulCenter #trending #fyp #Xuhuong

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