![]() It’s a lot easier to come up with a cool melody than to finish an entire song. So do yourself a favor and use a roadmap while writing your songs! If you don’t have a roadmap (ok, your phone’s map app) in front of you, you’ll just have to follow the sun and take guesses along the way. Without GPS, you won’t be able to get there. You’re stoked! You’re all ready to get on the road. Imagine you’re in a car with your best friends and you want to drive somewhere you’ve never been before. You can listen along without any red flags or question marks appearing, like “Where is this going? How long have I been here?” Nothing feels jarring, disorienting, or boring. Remember how I said that you already know what good structure sounds like? That’s because we can all feel out a song’s basic framework as we’re listening to it. We innately “feel” structure, even of we’re not fully aware of it. Structure in songs is something we’re all tapped into on a deep level. For example, repetition of lyrics or use of tension and release in chord progressions. How a song is organized plays a huge role in whether the listener is invited in or kept at arm’s length.Ī song’s structure can allow your listeners to really experience your story through use of certain techniques and formatting. Essentially, it’s the arrangement of the different sections in a song, some of which repeat. Until now, everyone has been teaching production totally backward.īut if you just want to learn about Song Structure specifically, keep reading. We put together a brief training that covers a totally new approach to music production. If you’re like most composers and writers, you’re probably producing your own music as well. Step 3: Outer Helical Ring – Number and Length of each ringįor every specification of outer helical ring, the radius of the same have to be determined.Get industry-quality mixes every time (steal this framework) The radius of the ring = /2 = /2= 252.5mm Given the radius of the pile, the clear cover, outer ring radius: For this the radius of the ring has to be determined. ![]() The circumference of the ring gives the length of each ring. Here, we have to determine the length of each inner ring along with their numbers arranged. Step 2: Inner Spacing Ring – Number and Length of each Ring ![]() Total length of vertical reinforcement, L v = 21.3m Note: During tying the bar, it is recommended to tie at the middle, as tying at the ends of the bars will be subjected to higher stress values. Total Cutting Length for Vertical Reinforcement = Anchorage Length at the bottom of the pile + the height of the pile + development length (40d) + Lap length (50d) – clear cover provided at the bottom. Hence, a lapping length equal to 5Dd is provided in extra. In the case of bar bending schedule of a column or a pile, there comes need for lapping the rods so that the length of pile (20m) is attained. The anchorage length to the recommended amount is provided to the bottom of the column as shown in figure-2.Ĭalculation for Bar Bending Schedule of Pile Foundation Step 1: Length of Vertical Reinforcement The development length ‘L d’ is provided outside of the column piercing into the pile cap. The Outer rings are provided as helical rings and the inner is circular or spiral ties.įig.3: Cross-section details in section A-A of figure-2 The above details are mentioned in the figure-3 below. The Reinforcement in pile construction include: The pile cage has vertical reinforcement held together by outer and inner rings. The whole arrangement is clearly understood from the figure-2. The details of pile cap are not explained in this article. ![]() The figure-2 shows the typical reinforcement details and drawing of a pile foundation. Step 3: Outer Helical Ring – Number and Length of each ringĪ typical pile foundation arrangement have the load structure supported by a pile cap, which is in turn supported by several piles as shown in the plan and front view arrangement in the below figures.įig.1: Pile Foundation Arrangement – Superstructure, Pile Cap and Piles Structural Specification and Reinforcement Details of a Pile Foundation.Step 2: Inner Spacing Ring – Number and Length of each Ring.Step 1: Length of Vertical Reinforcement.Calculation for Bar Bending Schedule of Pile Foundation.Structural Specification and Reinforcement Details of a Pile Foundation.
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