Soil-structure interaction effects on seismic damage of frame-wall dual systems

Author: Christos Petridis

Date published

1 July 2019

Price
Free

Soil-structure interaction effects on seismic damage of frame-wall dual systems

Tag
Author
Date published
Price
Case Study
Author

Christos Petridis

Date published

1 July 2019

Author

Christos Petridis

Price

Free

This research examines the damaging effects on reinforced concrete dual buildings, triggered by soil-structure interaction.

Updated 12 March 2020

In this presentation from the 21st Young Researchers Conference, Christos Petridis of the Aristotle University of Thessaloniki discusses his research, covering:

  • Quanityfing Soil Structure Interaction (SSI) and unfavourable behaviour
  • Relocation of maximum interstorey drift due to SSI
  • Vulnerability and loss curves for flexible base buildings
  • Damage transfer from sheer wall to frame
  • Potential applications of the research

Soil-structure interaction effects on seismic damage of frame-wall dual systems

Additional information

Format:
Video
Video Length:
00:14:11
Publisher:
IStructE

Tags

Concrete - reinforced Research & Innovation Case Study Soils and Earth Frame Wall Seismic & Vibration Video Research Panel

Related Resources & Events

Case Study
An image from Jon Shave's presentation

Research and improvements in standards

Jon Shave discusses how his career has been shaped since winning the Young Researchers Conference prize and talks about why research is so important to the industry.

Date – 2 July 2019
Author – Jon Shave
Price – Free
Case Study
An image from Junwei Lyu's presentation

Optimal design of an efficient floating windbreak

The aim of this project is to optimally design an efficient floating man-made windbreak for the infrastructure and fragile coastlines vulnerable to wind storms.

Date – 2 July 2019
Author – Junwei Lyu
Price – Free
Case Study
An image from Ehsan Ahmadi's presentation

Resilience-based design of biologically inspired columns for next-gen acc. bridge construction

This research addresses the scientific base for a new resilience-based bridge pier design and construction using a new composite column inspired by the human anatomy.

Date – 2 July 2019
Author – Ehsan Ahmadi
Price – Free