Home
Project Background
Overview
Research Objectives
People
Industry Advisory Board
Principal Investigators
Faculty Investigators
Postgraduate Researcher
Retrofit Decision Making
Macro Risk-Vulnerability Analysis
Catalogue of Risk Detailing
Heritage Aspects of Retrofit
Financial Analysis for Retrofit
Cost-Benefits of Retrofit Solutions
Unreinforced Masonry
URM overview
Architectural characterisation
Material properties
In-plane assessment
Out-of-plane assessment
Corners
Frame-type structures
Timber diaphragms
Desktop assessment
Modelling whole building response
FRP retrofit solutions
Case studies on retrofit
Pre-1970s Concrete: Assessment
Overview of Pre-1970s Concrete Structures Retrofit
Beam-column Joint with Inadequate Detailling
Behaviour of Exterior Corner Beam-column Joints
3D Refined FEM Modelling of Beam-column Joints
Seismic assessment of existing rc frames
Assessment Tools for RC Frames
Displacement-based seismic retrofit design *under construction*
Inelastic Dynamic Analysis Modelling
Pre-1970s Concrete: Retrofit
Metallic Haunch Retrofit of Beam-Column Joint
FRP Retrofit Strategies
Advanced Concepts & Materials for Seismic Retrofit
Selective Weakening Retrofit for Walls
Selective Weakening Retrofit for RC Frames
Post-1970s Concrete
Gravity Column Displacement Capacity
Assessment and Design of Floor Diaphragms *under construction*
Advanced Concepts & Materials for Seismic Retrofit
Retrofit for Hollowcore Floor Connections
Steel & Composites
Concrete Encased Steel Rivet Frames
Steel Frame with Sliding Hinge
Welded Steel Frames
Sub-structure & Foundation
Foundation Retrofit
Soil-structure Interaction *under construction*
Publications
Conferences & Journals
Technical Guidelines *under construction*
Reports *under construction*
Partners
Retrofit research involving Foundations
Principal Researcher:
Professor Mick Pender
Students involved:
Tom Algie
.