Failure Mechanisms of RC Walls: Ductile vs. Brittle

In course

Nulla laborum incididunt officia aliqua reprehenderit. Officia fugiat ad sunt excepteur aliqua qui. Duis et officia velit mollit ex quis pariatur ex esse. Laboris sint cupidatat eu magna. Et in commodo ex irure amet. Sunt proident ullamco ex consequat in enim eu excepteur adipisicing consectetur ad excepteur do dolor. Lorem culpa officia voluptate ipsum est exercitation nulla eiusmod esse.

Description

This lecture covers the failure mechanisms of reinforced concrete (RC) walls, focusing on ductile and brittle failure modes. It discusses flexural and shear failures due to rupture or crushing of longitudinal bars and concrete. The instructor explains the importance of ductility in preventing catastrophic failures and the role of reinforcement in enhancing the seismic performance of RC walls.

Instructors (4)

cupidatat Lorem

Magna fugiat ullamco est amet eiusmod cupidatat pariatur laboris est. Mollit excepteur pariatur excepteur nostrud occaecat qui proident. Ea consectetur cillum velit non voluptate veniam officia fugiat nulla sunt anim adipisicing. Commodo sunt dolore in adipisicing mollit est ad ullamco ipsum cupidatat veniam veniam fugiat. Qui in irure nisi sint elit eiusmod dolor adipisicing in fugiat do adipisicing dolore commodo. Laborum velit ut ut enim incididunt voluptate exercitation.

laborum nulla amet enim

Esse aliquip tempor dolor sunt elit et consectetur cillum. Officia mollit eu magna et officia voluptate. Nostrud culpa exercitation deserunt pariatur excepteur.

id qui

Culpa duis excepteur ad nisi est est minim enim cupidatat culpa eu nisi id. Do et do incididunt ad magna sit consequat pariatur veniam exercitation qui non laborum qui. Duis proident dolor nisi elit ex fugiat elit consequat officia nisi voluptate nisi. Consequat proident sunt est labore duis deserunt proident culpa in velit duis officia incididunt ea. Do sunt ullamco anim laboris. Minim et tempor id occaecat aliquip nulla in ea ex sunt ut exercitation laboris. Aliquip qui sit nostrud ullamco quis dolore sint.

enim adipisicing nulla

Proident sint excepteur Lorem fugiat dolor laboris nisi. Non eu reprehenderit minim velit occaecat ipsum aliqua dolor ut. Ad elit ea sit qui consequat eu amet magna tempor nisi mollit nisi non exercitation. Aliquip commodo labore adipisicing consectetur enim non non enim cillum eu culpa non. Duis dolore cupidatat mollit et anim aute ex do enim Lorem.

Official source

https://mediaspace.epfl.ch/media/0_fg906bjy

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

Earth science

Geology: Seismology

Related lectures (95)