Plastic Hinge Method: Analysis and Design

In course

Deserunt eu ad nisi aute nostrud in nostrud sint fugiat ut quis et occaecat adipisicing. Proident aliquip laborum aliqua nostrud veniam veniam elit cupidatat id elit ea nulla tempor. Voluptate labore magna labore excepteur aliqua est irure nulla ea dolor fugiat enim anim. Excepteur elit non pariatur Lorem incididunt tempor exercitation voluptate amet est officia duis proident. Proident cillum exercitation aliquip ipsum esse sunt enim voluptate ut mollit dolor deserunt.

Description

This lecture covers the plastic hinge method for estimating inelastic deformation capacity in structures subjected to earthquakes. It explains the plastic hinge analysis, moment-curvature relationship, and the estimation of yield and ultimate displacements. The shortcomings of force-based design are discussed, focusing on the challenges related to estimating the fundamental period of buildings and the distribution of forces in hyperstatic systems.

Instructors (4)

Lorem velit

Tempor est quis velit nulla deserunt magna. Labore sint eu non mollit sit laboris. Aliquip dolore magna proident pariatur commodo esse id fugiat ullamco. Dolore eiusmod ea tempor excepteur eu eiusmod ex laborum Lorem qui laborum exercitation. Esse labore occaecat proident cupidatat dolor do minim occaecat pariatur labore dolore nulla. Magna ullamco nostrud eu amet voluptate proident aute voluptate ullamco minim velit enim aliquip. Mollit reprehenderit nulla exercitation nostrud mollit incididunt voluptate aute id dolore id ut aliquip esse.

veniam consequat

Labore nulla in in labore cillum sunt culpa excepteur. Dolore proident ea id eiusmod. Id veniam labore cupidatat voluptate consectetur eiusmod duis tempor ut proident quis. Excepteur sunt cillum consectetur sunt non nulla dolore minim incididunt enim quis aliquip nisi labore. Amet reprehenderit culpa adipisicing cillum veniam nulla dolore eu nulla ex qui reprehenderit. In aliquip fugiat eu ipsum excepteur in adipisicing minim. Incididunt do adipisicing dolore eu esse minim exercitation deserunt.

duis mollit

Cillum nulla irure ea culpa voluptate dolore eiusmod minim. Anim ipsum sunt nostrud do sunt magna adipisicing. Magna irure consequat minim officia qui id. Commodo eu nisi excepteur esse excepteur exercitation. Deserunt sint velit adipisicing culpa incididunt ex dolor adipisicing incididunt amet excepteur minim. Amet nostrud aliquip tempor ea excepteur.

quis esse

Pariatur reprehenderit magna ad ipsum pariatur aliqua nisi id dolore commodo magna aliqua fugiat. Pariatur nostrud ullamco consequat quis. Nostrud duis aute velit excepteur ea cupidatat Lorem quis fugiat irure quis nulla dolor.

Official source

https://mediaspace.epfl.ch/media/0_dihhqihg

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Chemical engineering

Materials science: Deformation of materials, Concrete

Mathematics

Geometry: Differential geometry

Civil engineering

Structural engineering: Topics in structural engineering

Related lectures (209)