Pile Cap Foundation Design | The Complete Tutorial with Examples.

Join us as we take you on a journey to design a concrete foundation like a pro! Today, we will be focusing on a concrete column measuring 350mm x 350mm, subjected to an axial load of 3250kN. Our goal is to design a pile cap made of C30/37 concrete grade and reinforced with 500 N/mm² high tensile steel, to support the column using three cylindrical concrete piles with a diameter of 400mm. Get ready to learn the step by step process of designing a pile cap foundation, including determining the required reinforcement, node stress check, shear check, and more. Don't miss this opportunity to expand your foundation design knowledge and improve your skills! Make sure to check out our previous video at the following link: • Master the Art of Pile... .
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Disclaimer: Please note that the information provided in our videos is for educational purposes only & should not be taken as professional advice. It is important to have your designs reviewed by a qualified, experienced, & registered or chartered engineer to ensure the safety & efficacy of your construction project.
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[@jamalali680]

Great job on the amazing content! I can't believe this channel hasn't hit a million subscribers yet. Keep up the fantastic work, you truly deserve it.

[@adamsparrow3828]

Awesome video! Your step by step demonstration of the pile cap foundation design is really helpful. The explanation of the tensile force calculation, stress check, and shear check is clear and easy to understand. I appreciate the thoroughness of the design, from determining the required reinforcement to checking the minimum reinforcement. Great job keep up the fantastic work! 👍

[@jomapiku2698]

Hi, what is the formula for tensile force ? what if there is only one pile beneath it ? Thank you

[@SuperJassiGrewal]

how did you get the value of 698 when trying to work out av

[@abrananth]

What about crack width check?

[@samuelhough6751]

What code are you designing to?

[@samuelhough6751]

What changes if the column comes in at an angle, say 25degrees from vertical?

[@mathiyalagan8326]

It could have more useful if formulas are explained prior to calculation. find it difficult to follow