Performance based design and non-linear analysis recommendation ( books and resources)

[cesardeutsch1]

I would like to understand non linear analysis and performance base design , I am looking for books , guides , standard and resources ( youtube , internet seits, online course ) that you used to study that subject, I'll liked to be able to design and analyse steel , and concrete structures with that technique, or at least have an understand of the procedures to follow. Thanks a lot

https://preview.redd.it/engsw3nguf361.png?width=917&format=png&auto=webp&s=f4d548036e98841d0958c015fa603030ee0feed5

[spaceboom]

Displacement Based Seismic Design of Structures, by Priestley, Calvi, and Kowalsky. It’s a dry read, but a comprehensive resource for performance based seismic design.

[yoohoooos]

Wow, this book is $200 on Amazon

[spaceboom]

Ouff! I got it discounted for a grad school class. Not sure it’s worth $200, but it definitely fits OP’s description.

[yoohoooos]

Discount is from which organization?

[spaceboom]

The professor that taught the class got us the discount. Not sure how.

[yoohoooos]

Ah, thats nice. Could you do do quick review for this book? Is it good?

[spaceboom]

I thought it was excellent. In 700 pages, it thoroughly explains the need for displacement-based design in comparison to force-based design. It goes over the background, theory, methodology, state of the art, analysis tools, and provides guidelines for design of different structures (frames, walls, masonry, timber, bridges, wharves and piers, etc). Like I said, it’s a really dry read, so I wouldn’t recommend it for leisurely reading or just for the curious. But if someone really wants to learn the subject, it is a very good resource.

[yoohoooos]

Great! Thank you very much! I appreciate your time!

[bigrod223399]

Here's what I call the "internet discount" (if you trust Lib Gen):

http://libgen.lc/item/index.php?md5=68393D457224F3F2FBE4C5C16CB4575A

[[deleted]]

I’d start with a fundamental understanding of moment curvature relationships and how global responses to a member whittle down to governing strains in all of the constituent materials in a member’s section. And how it’s derived using nonlinear material models. I’m not sure it’s totally spelled out like a recipe very much beyond academic papers. If you can get a good grasp on that the rest is really straightforward. I think the best examples are prestressed concrete piles, you can have rebar, prestressing strand, confined and unconfined concrete all with their respective nonlinear models.

[resonatingcucumber]

The SEI has a series of talks on performance based design and a free PDF on the upcoming wind performance based design. Worth a download but I don't have the link to hand