Prestressed Concrete Design - 1 - Introduction
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- Опубликовано: 22 июл 2024
- This is a video lecture for Prestressed Concrete Design. This lecture introduces some of the basic concepts for prestressed concrete and gives a brief overview of its history.
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Very good Lecture!
Very good lecture, thank you
the ultimate response to bending moments both in reinforced and prestressed concrete are similar due to the maximum compressive concrete resistance. In fact, the ultimate bending moment can be formulated as M=ZP, where M is the bending moment, P is the concrete compression, or the steel tension and Z is the flexural depth that depends on the section shape, Z=(0.65 to 0.85)*d
Magnel was the father of a graphical method, based on 4 inequations, for optimazing the prestress force, this Magnel diagram plot the possible region 2D with P in Y axis and P*e in x axis
Nice presentation ❤️❤️
good lecture, thanks
Very well explained
Is this material commonly used today in large scale projects ?
Does bonded type post tensioning systems dont have anchors at the ends? Only the bond through grout is responsible for transmitting stresses?
Bonded post-tensioning would have anchors at the ends, so the initial stresses (prior to grouting) would be only transferred at the ends of the member where the anchors are located.
David Garber Your explanation is great. Kudos to you for making such great videos.
I am happy to work with CORESLAB.
Can I have Slide? Professor
Thank you 🙏
Great ... but could you please tell us about how to demolish post tension buildings....thanks
what about retaining walls, can they also be constructed by prestressed concrete?